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Waste Compactor - Pre1-10

Waste Compactors Machines

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A compactor is a modern waste management machine that reduces waste volume by compressing it under high pressure. This system reduces waste volume by 70–90%, allowing for more efficient landfill use and lowering transportation costs. Compactors are used to process a wide variety of materials, from household waste to industrial waste. With their quiet operation, safe design, and long-lasting construction, they offer practical solutions to businesses. Today, compactors have become one of the most effective equipment for environmentally friendly and economical waste management.

Main Functions of a Compactor Press
• Compressing different types of waste within containers under intense pressure
• Saving space by reducing waste volume by 70% to 90%
• Significantly reducing transportation costs and transportation frequency
• Helps with more efficient landfill use
• Preparing waste before recycling.

Which Types of Waste Are They Used For?
Compactor presses can be used to manage a wide variety of waste types. These include:
• General waste collected by households and municipalities
• Packaging waste such as cardboard, plastic, and stretch film
• Industrial waste from industrial and production facilities
• Waste from the food sector and organic content

Additional Features
Compactors can be equipped with manually loading doors. They can also be equipped with a bin lifting system (MPB 10 BL), suitable for 500- to 1100-liter wheeled waste containers, facilitating manual handling. Contact us for custom solutions tailored to your needs. We can offer various customization options to meet your specific needs.

Cost Advantage
To achieve economic benefits in waste management, specific weekly minimum waste volumes are used. For example:
• For general waste, ten 1100-liter containers are used,
• Two front-loader (FEL) containers are used,
• One rear-loader (REL) container is used to maximize the cost advantage of compactors.

Mobile Waste Compactor - Prepb40

Waste Compactors Machines

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Main Functions of the Compactor
• Compressing various types of waste under high pressure in containers
• Saving space by reducing waste volume by 70% to 90%
• Significantly reducing transportation costs and frequency
• Helping with more efficient landfill use
• Preparing waste before recycling.
What Types of Waste Are They Used For?
Compacting presses can be used to manage a wide variety of waste types. These include:
• General waste collected by households and municipalities
• Packaging waste such as cardboard, plastic and stretch film
• Industrial waste from industrial and manufacturing facilities
• Waste from the food sector and organic content

Additional Features
Compacting machines can be equipped with manual loading doors. They can also be equipped with a container lifting system (MPB 10 BL) suitable for wheeled waste containers of 500 to 1100 liters, facilitating manual handling. Contact us for solutions tailored to your needs. We can offer various customization options to suit your needs.

Cost Advantage
To achieve economic benefits in waste management, specific weekly minimum waste volumes are used. For example:
• Ten 1100-liter containers are used for general waste,
• Two front-loading (FEL) containers are used,
• One rear-loading (REL) container is used to maximize the cost advantage of compactors.

Mobile Waste Compactor - Prepb20

Waste Compactors Machines

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Mobile Compactor Press – Flexible and Efficient Waste Compaction Systems
Mobile compactor presses are modern waste management machines designed to compress waste directly at the source, significantly reducing volume and optimizing storage and transport operations. Powered by hydraulic systems, these machines apply high compression force to convert loose waste into compact, manageable loads, improving overall operational efficiency.
Unlike stationary systems, mobile compactors can be easily relocated and operated at different sites. This mobility makes them especially suitable for facilities with multiple production points, logistics centers, shopping complexes, and temporary waste collection areas. By eliminating the need for fixed installations, businesses gain greater flexibility and faster deployment.
Mobile compactor presses are manufactured in a wide range of technical configurations. Compression forces typically vary between 10 and 50 tons, while motor power options range from 7.5 to 15 kW. Hydraulic systems operate within 150–200 bar, and container capacities between 5 m³ and 20 m³ allow adaptation to different waste volumes and application requirements.
Designed for low-noise operation, mobile compactors usually operate within 70–85 dB, making them suitable for environments where noise control is essential. From industrial plants and logistics warehouses to hotels and municipal services, these machines support sustainable waste handling while reducing operating costs and environmental impact.
At PREMIUM Makina, we develop durable, energy-efficient, and environmentally responsible mobile compactor press solutions. Our designs focus on long service life, safe operation, and customer-specific customization. Contact us to discover mobile compactor models tailored to your operational needs.

Main Functions of a Mobile Compactor Press
• Compresses various waste types inside containers using high hydraulic pressure
• Reduces waste volume by approximately 70% to 90%
• Lowers transportation frequency and logistics costs
• Enables more efficient use of landfill and storage areas
• Prepares waste for recycling and further processing

Types of Waste Suitable for Mobile Compactors
Mobile compactor presses are suitable for handling a wide range of waste materials, including:
• Municipal and household solid waste
• Packaging waste such as cardboard, plastic, and stretch film
• Industrial and manufacturing waste
• Food industry waste and organic materials
• Lifting System: Hook Lift
• Electrical System: 3-phase, 415 V, 32 A

Mobile Waste Compactor - Prepb10

Waste Compactors Machines

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Mobile Waste Compactor - Prepb10
Mobile Compactor Press: Portable Solutions for Modern Waste Management
Mobile compactor presses, which compress waste on-site, saving space and streamlining logistics processes, play a crucial role in today's waste management. These hydraulically operated machines compress waste into bales under intense pressure, accelerating storage and transportation processes.

Thanks to their portability, mobile compactors can be used in various locations without being tied to a fixed location, offering a practical solution, especially for multi-location production facilities and shopping malls. These machines provide businesses with both operational flexibility and significantly reduce waste volume.

Mobile waste compactors cater to diverse needs with compression forces ranging from 10 to 50 tons, engine options from 7.5 to 15 kW, and hydraulic pressure capacities of 150 to 200 bar. Furthermore, compression volumes ranging from 5 m³ to 20 m³ provide a wide range of applications.

Their quiet operation also distinguishes these machines. They produce noise levels between 70 and 85 dB, minimizing the impact on the environment. Mobile compactors, preferred in many areas from industrial facilities to hotels, logistics warehouses to municipal services, support environmental sustainability while providing businesses with cost advantages.

At PREMIUM Makina, we offer our customers long-lasting, efficient, and environmentally friendly mobile compactor solutions with our highly durable designs. Contact us for custom compactor press models tailored to your needs.

Main Functions of a Compactor Press
Compressing different types of waste within containers under intense pressure
Saving space by reducing waste volume by 70% to 90%
Significantly reducing transportation costs and transportation frequency
Helps with more efficient landfill use
Preparing waste before recycling.

Which Types of Waste Are They Used For?
Compactor presses can be used to manage a wide variety of waste types. These include:
General waste collected by households and municipalities
Packaging waste such as cardboard, plastic, and stretch film
Industrial waste from industrial and production facilities
Waste from the food sector and organic content

Ultra Hard Plastic Shredder Machine - ıp65100

Shredder Machines

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Efficient Granulation with Optimized Rotor Flow Channels and Smart Blade Configuration
The innovative flow channel design integrated into the rotor sidewalls prevents crushed materials from accumulating and jamming in critical zones. By utilizing centrifugal force during operation, this system eliminates the need for complex rotor-blade alignment strategies. It also simplifies blade mounting and adjustment, reducing setup time and improving maintenance efficiency.
Equipped with an adjustable rotor and easily accessible stationary blades, the machine allows for precise adjustment of cutting gaps after each grinding cycle. This ensures consistent performance and optimal cutting quality with minimal downtime.
A reversible screen extends the service life of the machine, offering flexibility in granule output sizes while minimizing wear. The machine’s overall design emphasizes low maintenance costs, making it a reliable and cost-effective solution for continuous plastic recycling operations.

APPLICATIONS
Advanced Plastic Granulator for High-Efficiency Inline and Offline Recycling
Engineered with a reinforced rotor and heavy-duty bearing design, this plastic granulator is ideal for reclaiming a wide range of production waste — including pipes, profiles, preforms, bottles, and blow-molded components. It is fully compatible with wet or dry granulation, making it especially suitable for extrusion scrap recovery such as purging lumps and blocks in the recycling industry.
In addition to standard fan and cyclone discharge, the system offers an optional dewatering screw discharge for wet applications. Other configurable features include integrated sound insulation, hydraulic opening and closing of the hopper and upper housing, dust separator, multi-stage rotor blades, and sheet puller systems. These elements support both inline and offline processing.
Thanks to its modular component options such as feeding conveyors, the system can be fully customized to meet specific operational needs — delivering maximum flexibility and cost-effective performance in industrial recycling environments.

Advanced Plastic Granulator – Key Technical Features
• Anti-Jamming Rotor Flow Channel Technology:
Integrated flow channels on the rotor sidewalls use centrifugal force to prevent material buildup, ensuring smooth crushing, simplified blade alignment, and uninterrupted operation.
• Precision Adjustable Cutting System:
Adjustable rotor and easily accessible stationary blades allow fast and accurate cutting gap calibration after each grinding cycle, maintaining consistent granule quality with minimal downtime.
• Reversible Screen for Extended Service Life:
The reversible screen design reduces wear and doubles usable lifespan while providing flexible granule size options for different recycling applications.
• Modular Configuration for Inline and Offline Recycling:
Compatible with wet and dry granulation, optional dewatering screw discharge, hydraulic hopper opening, sound insulation, and auxiliary feeding systems enable full customization for industrial recycling lines.

Solid Material Shredder Machine - ıp5080

Shredder Machines

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Efficient Granulation with Optimized Rotor Flow Channels and Smart Blade Configuration
The innovative flow channel design integrated into the rotor sidewalls prevents crushed materials from accumulating and jamming in critical zones. By utilizing centrifugal force during operation, this system eliminates the need for complex rotor-blade alignment strategies. It also simplifies blade mounting and adjustment, reducing setup time and improving maintenance efficiency.
Equipped with an adjustable rotor and easily accessible stationary blades, the machine allows for precise adjustment of cutting gaps after each grinding cycle. This ensures consistent performance and optimal cutting quality with minimal downtime.
A reversible screen extends the service life of the machine, offering flexibility in granule output sizes while minimizing wear. The machine’s overall design emphasizes low maintenance costs, making it a reliable and cost-effective solution for continuous plastic recycling operations.

UYGULAMALAR
Advanced Plastic Granulator for High-Efficiency Inline and Offline Recycling
Engineered with a reinforced rotor and heavy-duty bearing design, this plastic granulator is ideal for reclaiming a wide range of production waste — including pipes, profiles, preforms, bottles, and blow-molded components. It is fully compatible with wet or dry granulation, making it especially suitable for extrusion scrap recovery such as purging lumps and blocks in the recycling industry.
In addition to standard fan and cyclone discharge, the system offers an optional dewatering screw discharge for wet applications. Other configurable features include integrated sound insulation, hydraulic opening and closing of the hopper and upper housing, dust separator, multi-stage rotor blades, and sheet puller systems. These elements support both inline and offline processing.
Thanks to its modular component options such as feeding conveyors, the system can be fully customized to meet specific operational needs — delivering maximum flexibility and cost-effective performance in industrial recycling environments.

Advanced Plastic Granulator – Key Technical Features
• Anti-Jamming Rotor Flow Channel Technology:
Integrated flow channels on the rotor sidewalls use centrifugal force to prevent material buildup, ensuring smooth crushing, simplified blade alignment, and uninterrupted operation.
• Precision Adjustable Cutting System:
Adjustable rotor and easily accessible stationary blades allow fast and accurate cutting gap calibration after each grinding cycle, maintaining consistent granule quality with minimal downtime.
• Reversible Screen for Extended Service Life:
The reversible screen design reduces wear and doubles usable lifespan while providing flexible granule size options for different recycling applications.
• Modular Configuration for Inline and Offline Recycling:
Compatible with wet and dry granulation, optional dewatering screw discharge, hydraulic hopper opening, sound insulation, and auxiliary feeding systems enable full customization for industrial recycling lines.

Soft Plastic Shredder Machine - ıp4260

Shredder Machines

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Ip4260
Rotor Diameter: 420 mm
Rotor Length: 600 mm
Number of Rotor Blades: 6 pcs
Number of Fixed Blades: 4 pcs
Motor Power: 22 kW
Screen Hole Diameter: 8 mm (adjustable upon request)
Fan Motor Power: 5.5 kW, 3000 rpm

•  Optimized Rotor with Anti-Blocking Flow Design:
The 420 mm diameter rotor is engineered with integrated flow channels that prevent material accumulation, ensuring smooth rotation, stable crushing performance, and reduced risk of internal damage.
•  High-Efficiency Drive and Energy-Optimized Operation:
Driven by a 22 kW motor, the granulator delivers consistent cutting power while maintaining low energy consumption, making it suitable for continuous industrial recycling operations.
•  Precision Adjustable Cutting System:
Equipped with 6 rotary and 4 stationary blades, the cutting system allows fast and accurate gap adjustment after each grinding cycle, ensuring uniform particle size and extended blade life.
•  Interchangeable Screen and Modular Configuration:
Fitted with replaceable 8 mm screens that can be rotated and customized to specific applications, the modular design supports both wet and dry granulation with minimal downtime and maintenance cost.

Features (HTML)

The IPKIRIM 42/60-XX plastic granulator is engineered with a robust rotor system featuring a 420 mm diameter, allowing for smooth, stable rotation during operation. Integrated flow channels within the rotor prevent material blockages, ensuring uninterrupted crushing and protecting the machine from internal damage. With the assistance of centrifugal force and optimized airflow, the crushing process is highly efficient and free from material buildup.
Powered by a 22 kW motor, the machine delivers high performance while maintaining energy efficiency, making it ideal for continuous industrial use.
The cutting system consists of 6 rotary and 4 stationary blades, all of which are easily adjustable. After each grinding cycle, the cutting gap can be quickly reset, thanks to the intuitive blade placement system.
The unit is equipped with 8 mm interchangeable screens, which can be rotated and replaced to extend operational lifespan. Custom screen sizes are also available based on application requirements.
With its specialized design and low maintenance cost, the IPKIRIM 42/60-XX offers an ideal solution for efficient, long-term plastic recycling with minimal downtime and reduced service expenses.

UYGULAMALAR 
Versatile Plastic Granulation for Industrial Scrap Recovery
Equipped with a durable rotor and robust bearing design, this plastic granulator is engineered for efficient recycling of various production scraps, including pipes, profiles, preforms, bottles, and blow-molded parts. It is suitable for both wet and dry granulation, making it highly adaptable for use in extrusion waste processing, such as purging blocks in the plastic recycling industry.
Thanks to its modular configuration and customizable components, the system can be tailored to meet specific processing requirements. This ensures greater flexibility in specialized applications and provides cost-effective operation without compromising performance.
Whether you’re dealing with heavy-duty industrial scrap or lightweight production waste, this granulator delivers reliable, high-throughput material size reduction for optimized downstream processing.

Nylon Waste Shredder Machine - IP4580

Shredder Machines

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IPKIRIM 45/80- High-Capacity Plastic Crusher with Optimized Rotor Flow Design
The IPKIRIM 45/80-XX plastic granulator features an advanced rotor structure equipped with integrated sidewall flow channels. These channels utilize centrifugal force to guide processed material away from the rotor, effectively preventing clogging and buildup inside the machine. This ensures continuous operation without requiring special positioning of the blades.
Thanks to its 45 kW energy-efficient motor, the machine delivers powerful crushing capacity while maintaining low power consumption — ideal for high-throughput applications.
After each grinding cycle, cutting distances can be quickly recalibrated using the easy-to-adjust fixed and rotary blade system, reducing downtime and ensuring optimal performance.
The machine is fitted with a reversible screen (standard diameter: 10 mm, customizable upon request), which helps extend screen lifespan and maintain consistent particle output.
Engineered for durability and low-cost maintenance, the IPKIRIM 45/80-XX is the perfect solution for recycling professionals seeking long-term efficiency, flexibility, and performance.
Advanced Plastic Granulator for High-Efficiency Inline and Offline Recycling
Engineered with a reinforced rotor and heavy-duty bearing design, this plastic granulator is ideal for reclaiming a wide range of production waste — including pipes, profiles, preforms, bottles, and blow-molded components. It is fully compatible with wet or dry granulation, making it especially suitable for extrusion scrap recovery such as purging lumps and blocks in the recycling industry.
In addition to standard fan and cyclone discharge, the system offers an optional dewatering screw discharge for wet applications. Other configurable features include integrated sound insulation, hydraulic opening and closing of the hopper and upper housing, dust separator, multi-stage rotor blades, and sheet puller systems. These elements support both inline and offline processing.
Thanks to its modular component options such as feeding conveyors, the system can be fully customized to meet specific operational needs — delivering maximum flexibility and cost-effective performance in industrial recycling environments.

Hard Plastic Shredder Machine - ıp3240

Shredder Machines

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Designed specifically for sprue recycling in injection molding processes, this machine features a unique rotor and blade design that ensures minimal dust generation and reduced material loss. Its mobile chassis, equipped with lockable wheels, allows easy positioning beside various machines on the production floor.
For enhanced automation, the system supports direct refeeding into the injection molding machine silo via an integrated fan and cyclone unit. This setup eliminates the need for manual transfer and ensures consistent material flow. Additionally, an optional feeding hopper is available for manual loading or robotic sprue feeding systems.
With its precision engineering, compact footprint, and efficient material handling, this injection sprue granulator is an ideal solution for clean, energy-efficient, and automated plastic waste recovery in modern production environments.	
Industrial Shredders: Powerful Solutions for Material Size Reduction and Recycling

Industrial shredding machines are critical tools used for reducing the size of various waste materials or enabling controlled destruction of bulky products. These machines are widely used in industries including metal, rubber, plastic, paper, wood, packaging, automotive, and more. Shredders are essential in recycling plants, waste management facilities, and post-consumer recovery systems.
Core Objectives of Material Shredding Include:
Recovering valuable materials (e.g., metal, plastic, rubber)
Reducing waste volume before storage or transport
Separating harmful or unwanted components during preprocessing
Generating refuse-derived fuel (RDF)
Enhancing the efficiency of downstream systems like conveyors, screens, screw feeders, and air separators
In essence, shredders can be used for virtually any product that needs size reduction — including bottles, plastic pallets, tin cans, extrusion waste, wooden pallets, tires, furniture, electronics, and municipal solid waste.

Single-Shaft Shredder Systems
Single-shaft shredders are engineered for high-strength and large-volume material processing. They are ideal for applications where traditional granulators or double-shaft machines are insufficient. These shredders feature multi-knife rotor designs that grip and shear materials with high torque, ensuring powerful cutting action.
Thanks to their integrated hydraulic screen system, users can easily adjust the output particle size by swapping out the screens. This flexibility makes single-shaft shredders suitable for applications requiring precise output control.
Key Features of Single-Shaft Shredders:
Multi-blade rotor system
Long-lasting knife durability
High torque for tough materials
Adjustable screen for custom sizing
Consistent, high-performance output

Double-Shaft Shredder Systems
Double-shaft shredders are designed to process mixed and rigid waste materials. These machines operate using counter-rotating shafts equipped with interlocking blades, which grab, tear, and shear the material between them in a scissor-like motion.
They are especially effective for large-scale industrial waste, electronics, furniture, wood, and commercial debris. The low-speed, high-torque mechanism minimizes dust and noise, making it a reliable and durable option for heavy-duty operations.
Key Features of Double-Shaft Shredders:
Dual-shaft, slow-speed cutting mechanism
Maximum torque for heavy-duty shredding
Minimal dust output
Capable of processing a wide range of waste types
Ideal for bulky, mixed, or contaminated materials

Applications of Shredding Machines
Industrial shredders are used across sectors for:
Plastic processing waste
Post-consumer plastic and metal packaging
Tires (car and truck)
Wood, pallets, and construction waste
Electronic waste (e-waste) including computers, printers, and appliances
Municipal solid waste (MSW)
White goods recycling (e.g., refrigerators, dishwashers, air conditioners)

Conclusion: Efficient Waste Reduction Starts with the Right Shredder
Choosing the right shredding technology — whether a single-shaft or double-shaft system — depends on your material type, throughput, and desired output size. Proper shredder selection enhances waste processing efficiency, improves downstream equipment performance, and maximizes recycling potential.
For tailored shredding solutions and CE-certified equipment, contact us today.
Versatile Plastic Granulation for Industrial Scrap Recovery
Equipped with a durable rotor and robust bearing design, this plastic granulator is engineered for efficient recycling of various production scraps, including pipes, profiles, preforms, bottles, and blow-molded parts. It is suitable for both wet and dry granulation, making it highly adaptable for use in extrusion waste processing, such as purging blocks in the plastic recycling industry.
Thanks to its modular configuration and customizable components, the system can be tailored to meet specific processing requirements. This ensures greater flexibility in specialized applications and provides cost-effective operation without compromising performance.
Whether you’re dealing with heavy-duty industrial scrap or lightweight production waste, this granulator delivers reliable, high-throughput material size reduction for optimized downstream processing.

Plastic Washing Floating and Sinking Tank

Plastic Bottle Recycling Machines, Plastic Bottle Washing and Drying Systems

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Plastic Film Dryer (compactor)

Plastic Bottle Recycling Machines, Plastic Bottle Washing and Drying Systems

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Horizontal Drying Machine – High-Performance Drying Solution for Film Plastics
Horizontal drying machines are advanced systems that provide high-efficiency drying by removing moisture from film plastics using a mechanical squeezing method. The ceramic resistors used in the drying phase reduce the moisture level of the material to the lowest point, eliminating the need for additional drying equipment in subsequent production steps. With this method, the processed material can be directly directed to the granule extruder machine; thus, there is no need for an agromel machine, energy consumption is reduced, and labor requirements are minimized. At the end of the application, the moisture content of the plastics is reduced to a range of 0.5% to 2%.
The special mirror integrated into the outlet of the machine and the designed outlet unit enable the product to exit in a single size and completely dewatered without distorting its form. The extruder-type screw barrel used in horizontal drying machines is hardened by heat treatment, offering long-lasting and durable use.
Thanks to all these features, the horizontal drying machine stands out as an indispensable piece of equipment in recycling facilities, both improving the final product quality and reducing operating costs.

Pet Bottle Agglomeration

Plastic Bottle Recycling Machines, Plastic Bottle Washing and Drying Systems

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Plastic Aggregate Machine – Pre-Extruder Shredding, Drying and Densification
Plastic aggreate machines are specially manufactured equipment that performs the processes of shredding, drying and densifying plastic materials before extruder feeding. Rotating and stationary blades located inside the drum operate at high speed close to the ground, creating a strong friction effect. In this way, the plastic is both heated and broken down into small pieces, and its moisture is removed. Then, rapid cooling (shocking) with water is applied to increase its density, thus improving the extruder's feeding performance.
The drum diameter can be manufactured in the range of Ø800 mm – Ø1400 mm according to the need. The body is manufactured entirely from heavy-duty steel sheets using gas shielded welding technique. Capacity options range from 100 kg/hour to 1000 kg/hour.
There is one rotating paddle inside the drum, and rotating blades are located on the paddle. Stationary blades are positioned around the drum. According to customer request, the paddle charging area can be produced as a stainless steel interlocking sleeve. The blades are manufactured from 1.2379 grade steel, processed with precision grinding, and hardened with a heat treatment of 58 HRC. The pulley system is designed with a heavy-duty, specially cast flywheel pulley structure to save electricity. Bearing and belt changes are simplified. Product output is provided by a pneumatically opening and closing mechanism.

Plastic agromel machines play a critical role, especially in the pre-extruder preparation of film, chips, and low-density plastic waste. Thanks to the high-friction working principle, dirt and moisture on the material surface are effectively removed, while homogeneous density is obtained. The heat-controlled working structure prevents damage to the plastic structure and ensures a stable process. The optimized motor-pulley balance reduces vibration and extends mechanical life. Agromel systems increase the feed continuity of the extruder, reduce energy consumption, and contribute to a more consistent final granule quality. In these respects, they are indispensable equipment in modern plastic recycling and granulation lines.

Film Squazer Machine

Plastic Bottle Recycling Machines, Plastic Bottle Washing and Drying Systems

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Horizontal Squeezing Machine – Plastic Film Dewatering Solution
Horizontal squeezing machines are efficient equipment used to mechanically remove water from dirty plastic film (nylon) materials after they have been broken down and cleaned in the washing line. The material is squeezed to remove moisture.
These machines, which require low maintenance, do not easily malfunction thanks to their robust structure and do not require constant operator supervision. The front bearing housings are made of durable steel instead of cast iron. Thanks to the specially designed, high-torque conical screw system, the moisture content of the material is reduced to the range of 4% - 8%. This feature minimizes energy consumption in the subsequent drying stage.
The machine body is made of heavy-duty steel and sheet metal and has a robust chassis achieved with gas shielded welding technique. Production capacity can be varied between 150 - 1000 kg/hour according to customer demands.
Thanks to this design, the horizontal squeezing machine both increases efficiency and reduces operating costs in recycling lines.

Pet Bottle Vertical Centrifuge

Plastic Bottle Recycling Machines, Plastic Bottle Washing and Drying Systems, Centrifuge

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Vertical Centrifuge – Effective Dewatering Solution for Hard Flakes Designed for high-speed dewatering of hard plastic flakes, vertical centrifuge systems reduce the moisture content of the material to as low as 1% thanks to their special rotor structure. The improved sieve design simplifies cleaning and maintenance, ensuring continuous high-efficiency operation of the machine. All housings and main components are manufactured from AISI 304 stainless steel to meet long-life and hygiene standards. This technology improves the final product quality in recycling processes and saves energy by shortening drying time.

Vertical centrifuge systems are optimized for the rapid and homogeneous dewatering of hard plastic flakes, especially those coming from injection and extrusion lines. The high-speed rotor balance minimizes vibration, extending bearing and shaft life. Thanks to integrated discharge channels, the separated water is removed immediately, preventing re-moistening within the system. Automatic lid locking and emergency stop systems increase operator safety, while the compact design saves space in the production area. Vertical centrifuges are a reliable solution that supports process continuity in the drying and pre-granulation stages following the washing line.

Pet Bottle Turbo Centrifuge

Plastic Bottle Recycling Machines, Plastic Bottle Washing and Drying Systems, Centrifuge

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Centrifugal Separator – Fast Drying and Effective Separation Technology
The centrifugal separator, with its rotor rotating at 900–1200 rpm, separates water and foreign matter from plastic chips with high efficiency. While heavy particles such as sand and mud are collected in the lower chamber by the effect of centrifugal force, the special perforated sheet metal structure and multi-sided outer drum design remove water and non-plastic residues from the system.
Its high-speed internal mechanism, which operates without the need for a heater, reduces the moisture content on the material to below 1%, ensuring complete drying and superior cleaning. Offering high capacity and efficiency, especially in PET recycling, the centrifugal separator can be used as an alternative to conical press machines in the processing of rigid plastics and achieves a higher dryness rate in most cases.
When used together with a washing line, rigid plastics are cleaned and dried without requiring additional processing and can be directly used in production as raw material. This feature accelerates the recycling process while significantly reducing operating costs.

Pet Bottle Horizontal Centrifuge

Plastic Bottle Recycling Machines, Plastic Bottle Washing and Drying Systems, Centrifuge

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• High-Speed Friction Cleaning (High RPM + Pressurized Water):
The high-speed rotating rotor creates a strong friction effect with the water; effectively removing oil, dirt, and adhered contaminants from the surface. • Optimized Rotor & Blade Geometry (Maximum Friction, Stable Flow):
• The special rotor and blade design increases friction, improving washing efficiency and ensuring more stable material movement within the drum. • Integrated Screen / Perforated Drum for Water & Dirt Separation:
• The internal screen/perforation structure separates dirty water from the plastic part, ensuring a cleaner output and a more stable process within the line. • Industrial Size Options for Line Capacity (Ø and Length Range):
• It is produced in different sizes according to production capacity (e.g., Ø250–Ø500 and 3000–5000 mm length range); thus, a model suitable for each line capacity can be selected. • AISI 304 Stainless Steel Construction (Durability + Hygiene):
• By using AISI 304 stainless steel in the body and main components, corrosion resistance, hygiene, and a longer service life are increased.

Features (HTML)

Horizontal centrifuge machines are advanced systems that wash dirty plastics in recycling lines by spinning them at high speed with water, thus providing deep cleaning through a strong friction effect. The specially optimized rotor and aerodynamic blade design increase friction, helping to effectively separate dirt, oil, and other contaminants from surfaces. These machines, which can be manufactured in different sizes ranging from Ø250 mm to Ø500 mm in diameter and 3000 mm – 5000 mm in length according to production capacity, are produced using AISI 304 stainless steel in all body and main components. This material selection guarantees long service life, high durability, and the maintenance of hygiene standards.
Horizontal centrifuge technology increases efficiency in the washing line, while ensuring cleaner and higher quality recycled raw materials in subsequent production stages. Thus, businesses both improve production quality and save energy and water usage.

In addition to their high cleaning performance, horizontal centrifuge machines are designed for continuous operation and stable material flow in high-capacity recycling plants. The precisely balanced rotor structure minimizes vibration, reducing mechanical stress and extending bearing and shaft life. Integrated water drainage channels enable rapid separation of dirty process water, supporting efficient water recycling systems within the washing line. Thanks to optimized motor selection and controlled rotational speed, energy consumption is kept at an optimal level without compromising cleaning efficiency. Easy-access maintenance covers and wear-resistant internal surfaces further reduce downtime, making horizontal centrifuge machines a reliable and cost-effective solution for modern plastic recycling facilities.

Plastic Bottle Recycling Machine - Shredder Compact System

Plastic Bottle Recycling Machines

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Economical Shredding Solution for Small Blocks and Waste
The PRE-SCR series shredding machines are a compact solution developed for the fast and efficient processing of small blocks and production waste. This design, which can be integrated into existing granulation systems, offers practical use in different production areas thanks to its easily portable structure. Thanks to the direct feed system, it eliminates the need for hydraulic pushers, reducing both energy consumption and maintenance costs.
The shredding units use square blades made of high-quality steel with a hard surface ground. When each side of the blades wears down, they can be easily rotated and reused. All VIKO-SCR series are equipped with a flat rotor structure, and the blades are securely fixed in blade holders placed in specially machined housings. The machine's special internal design allows for easy feeding without the need for a hydraulic system. Blocks up to 400 mm in diameter can be processed effortlessly with this system. Key Advantages
• Compact and portable body
• Energy-saving direct feed technology
• Rotatable long-lasting blade system
• High-capacity processing capability up to 400 mm diameter

Plastic Bottle Recycling Machine - Plastic Crushing Machines

Plastic Bottle Recycling Machines

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PREVK-GR 40
Rotor Length: 320 × 400 mm
Rotor Diameter: 320 mm
Rotor Blades: 6 – 12 pcs
Fixed Blades: 4 pcs
Motor Power: 13 – 22 kW

PREVK-GR 50
Rotor Length: 320 × 500 mm
Rotor Diameter: 320 mm
Rotor Blades: 6 – 12 pcs
Fixed Blades: 4 pcs
Motor Power: 22 – 30 kW

PREVK-GR 60
Rotor Length: 420 × 600 mm
Rotor Diameter: 420 mm
Rotor Blades: 6 – 15 pcs
Fixed Blades: 4 pcs
Motor Power: 37 – 45 kW

PREVK-GR 70
Rotor Length: 420 × 700 mm
Rotor Diameter: 420 mm
Rotor Blades: 6 – 15 pcs
Fixed Blades: 4 pcs
Motor Power: 45 – 55 kW

PREVK-GR 80
Rotor Length: 450 × 800 mm
Rotor Diameter: 450 mm
Rotor Blades: 6 – 12 pcs
Fixed Blades: 4 – 6 pcs
Motor Power: 75 – 90 kW

PREVK-GR 100
Rotor Length: 650 × 1000 mm
Rotor Diameter: 650 mm
Rotor Blades: 6 – 14 pcs
Fixed Blades: 4 – 6 pcs
Motor Power: 90 – 132 kW

PREVK-GR 125
Rotor Length: 700 × 1250 mm
Rotor Diameter: 700 mm
Rotor Blades: 6 – 18 pcs
Fixed Blades: 4 – 6 pcs
Motor Power: 110 – 160 kW

PREVK-GR 150
Rotor Length: 700 × 1600 mm
Rotor Diameter: 700 mm
Rotor Blades: 9 – 27 pcs
Fixed Blades: 6 – 9 pcs
Motor Power: 132 – 250 kW

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Plastic Crushing Machine – High Efficiency and Long-Lasting Solution
As one of the most critical pieces of equipment in plastic recycling processes, the Plastic Crushing Machine is optimized for long-lasting use with its compact body design, special bearing system, and durable rotor structure. In the machine design, the components are positioned at opposite angles to each other, creating a complete shear effect between the rotating and stationary blades to crush the material. This technology ensures that the crushed product is of equal size in every piece. At the same time, it minimizes excessive heat, dust, and noise levels that may occur during the crushing process, preserving product quality and reducing energy consumption. Capacity Range and Production Options
Plastic crushing machines are offered in a wide range of production options, starting from 100 kg/hour and reaching capacities of 1500 kg/hour and above, including heavy-duty industrial models. This provides solutions suitable for every need, from small-scale recycling workshops to high-capacity industrial facilities. Key Advantages
• Compact and durable body design
• Homogeneous product size with high cutting accuracy
• Low energy consumption and minimum maintenance requirements
• Special crushing system that reduces noise and dust generation
Plastic Crushing Machines and Application Areas
Plastic crushing machines are one of the most basic pieces of equipment in the recycling sector and play a critical role in enabling efficient production for businesses of all sizes. Thanks to its durable body structure, specially designed blade system, and high cutting capacity, it processes plastic waste in a short time and transforms it into reusable raw materials.
These machines are used in production lines or waste management facilities to crush materials of different hardness and forms such as plastic bottles, pipes, profiles, cases, caps, packaging film, and injection molding scraps. The high-performance rotor and fixed blade system ensure that the material is crushed to equal sizes, thus achieving maximum efficiency in subsequent processing steps. Areas of Application
• Recycling facilities
• Plastic production factories
• Packaging industry
• Recycling of greenhouse films and irrigation pipes used in the agricultural sector
• Industrial waste processing centers
Plastic crushing machines offer businesses both cost advantages and environmental sustainability contributions with their energy-saving technology and long-lasting structure. Therefore, they have become an indispensable part of modern recycling processes.

Plastic Bottle - Single Plate Melt Filter

Plastic Bottle Recycling Machines, Plastic Bottle Recycling Machine - Melt Filter System

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Melt Filter – Precise Filtration Solution for Granule and Extruder Systems
The melt filter effectively separates and cleans microscopic dirt residues and other foreign matter that pose a risk of damaging the cutting head from the molten plastic exiting the granule extruder. It is manufactured entirely from steel using the latest production technologies to ensure durability and long service life. An optional pressure sensor alerts the operator with both visual and audible signals when the filter is full. Production dimensions vary between Ø250 mm and Ø500 mm depending on the granule extruder capacity.
It features 4 cartridge resistors. The surface is reinforced with a hard welding method and has a hardness level of 58–60 HRC. The ceramic-coated outer plate is supported by its resistor structure. Thanks to its user-friendly control panel and integrated hydraulic unit, it offers easy, safe and efficient operation.

Melt Filter – Advanced and Reliable Filtration for Granule and Extruder Systems

The melt filter is a critical filtration unit designed to purify molten plastic exiting the granule extruder by efficiently separating microscopic contaminants, unmelted particles, paper residues, and other foreign substances that may cause wear or damage to the cutting head and downstream equipment. By ensuring a clean and homogeneous melt flow, the system directly contributes to improved granule quality and stable production performance.

Manufactured entirely from high-strength steel using advanced machining and welding technologies, the melt filter is engineered to withstand high temperatures and pressures encountered in continuous extrusion and recycling operations. Its robust construction ensures long service life and reliable operation even under harsh working conditions.

For enhanced process safety and monitoring, the system can be equipped with an optional pressure sensor that continuously measures melt resistance inside the filter. When the filter reaches its contamination limit, the operator is alerted through both visual and audible warning signals, allowing timely intervention without unexpected downtime. Depending on the granule extruder capacity, the melt filter is produced in diameters ranging from Ø250 mm to Ø500 mm, ensuring compatibility with a wide range of extrusion lines.

The heating system consists of four cartridge-type resistors, providing uniform temperature distribution and preventing melt solidification within the filter body. The internal surfaces are reinforced using a hardfacing welding technique, achieving a hardness level of 58–60 HRC, which significantly increases resistance to abrasion caused by contaminated recycled materials. Additionally, the ceramic-coated outer plate, supported by its integrated resistor structure, enhances thermal insulation and energy efficiency.

Thanks to its user-friendly control panel and integrated hydraulic unit, filter operation and screen replacement processes can be carried out safely, quickly, and efficiently. This practical design minimizes maintenance time, reduces labor requirements, and ensures uninterrupted operation of granule and extruder systems, making the melt filter an indispensable component in modern plastic recycling and extrusion lines.

Plastic Bottle - Double Plate Melt Filter

Plastic Bottle Recycling Machines, Plastic Bottle Recycling Machine - Melt Filter System

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Melt Filter – Precise Filtration for Granule and Extruder Lines
The melt filter cleans the molten plastic coming out of the granule extruder by separating microscopic dirt particles and other foreign substances that could damage the cutting head. It is manufactured entirely from steel using state-of-the-art methods to withstand harsh working conditions.
An optional pressure sensor provides both audible and visual warnings to the operator if the filter is full. Production is carried out in the diameter range of Ø250 mm – Ø500 mm, suitable for the granule extruder capacity.
The filter has 4 cartridge resistors. Its hard surface welded structure has a hardness value of 58–60 HRC. The ceramic coated outer surface plate is supported by a resistor system. Thanks to its easy-to-use control panel and hydraulic unit, it provides practical and safe operation.

Melt Filter – Advanced Filtration and Process Protection for Extrusion Lines

The melt filter is a critical process component designed to purify molten plastic exiting the granule extruder by removing microscopic contaminants, unmelted particles, paper residues, metal traces, and other foreign materials that may negatively affect product quality or damage the cutting head and downstream equipment.

Manufactured entirely from high-strength steel using advanced machining and welding techniques, the melt filter is engineered to operate reliably under high temperature and pressure conditions typical of continuous extrusion processes. Its robust construction ensures dimensional stability and long service life even in demanding recycling applications.

To enhance process safety and operational control, the system can be equipped with an optional pressure sensor that continuously monitors melt flow resistance. When the filter reaches its contamination limit, the system provides both visual and audible alerts, allowing timely intervention without unexpected production interruptions.

The melt filter is produced in diameters ranging from Ø250 mm to Ø500 mm, making it compatible with a wide range of granule extruder capacities. The heating system consists of four cartridge-type resistors, ensuring uniform temperature distribution across the filter body and preventing melt solidification during operation.

The filter housing features a hardfaced welded surface with a hardness level of 58–60 HRC, significantly increasing resistance to abrasion and wear caused by contaminated recycled materials. Additionally, the ceramic-coated outer plate, supported by an integrated heating system, improves thermal insulation and energy efficiency.

Thanks to its user-friendly control panel and hydraulically assisted operation, filter maintenance and screen replacement can be carried out safely, quickly, and efficiently. This practical design minimizes downtime, improves line stability, and contributes to consistent granule quality in both recycling and compounding extrusion lines.

Plastic Bottle - Automatic Laser Filter Technology

Plastic Bottle Recycling Machines, Plastic Bottle Recycling Machine - Melt Filter System

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Standard Granule Cut

Plastic Bottle Recycling Machines, Plastic Bottle Recycling Machine - Granule Extrusion Systems

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Granule Cutting Machine – High Precision and Superior Durability
After exiting the extruder line, plastic melt materials are transformed into granules of the desired size by the granule cutting machine. This high-performance system can be safely used in the recycling and production processes of a wide variety of plastic types such as PE, PP, HDPE, LDPE, ABS, PS, and PU. The advanced inverter-controlled cutting motor allows for easy adjustment of granule sizes according to production requirements. The cutting process is performed by spring-loaded and precisely adjustable blades located on a water-cooled horizontal chuck. The blades are made of 1.2379 grade steel, offering high wear resistance and long service life.
The machine body is manufactured from AISI 304 stainless steel, providing superior performance in terms of both durability and hygiene standards. The chuck and blade design shortens maintenance times thanks to its quick change feature.
The cut granules are effectively dried by a vertical centrifugal drying system and transferred directly to bags or silos. This speeds up the production process while maintaining the highest level of final product quality.

Side Feeder Unit

Plastic Bottle Recycling Machines, Plastic Bottle Recycling Machine - Granule Extrusion Systems

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Side-Fed Granule Extruder – Maximum Efficiency with Automatic Capacity Control
In side-fed extruder machines, the capacity and amperage of the extruder can be fixed within the desired range thanks to the automatic capacity control system that operates without the need for operator intervention. This intelligent system ensures that the machine operates at its ideal amperage, contributing to stable capacity, extended equipment life, and increased total operating time.
Our side-fed granule extruder models are managed with a user-friendly intelligent PLC control system and touchscreen interface. Thanks to the advanced recipe feature, the necessary parameters for different types of plastics are saved in the system. Thus, when different materials are processed, the appropriate settings are automatically loaded with just one click.
The one-button start feature allows the granule extruder machine and all auxiliary equipment to be activated simultaneously. This speeds up the production process, reduces the risk of errors, and increases operator efficiency.
With their modern design, energy efficiency, and long-lasting components, our side-fed granule extruders are an ideal solution for businesses aiming for high quality, low cost, and continuous production.

Screw And Barrel

Plastic Bottle Recycling Machines, Plastic Bottle Recycling Machine - Granule Extrusion Systems

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• Material-Specific Screw Geometry Design:
Each screw profile is engineered according to polymer type, melt behavior, feeding method, and required degassing zones, ensuring optimal melting, mixing, and pressure stability.
• Wide Diameter and Aspect Ratio Range:
Manufactured in diameters from Ø15 mm to Ø220 mm with customizable L/D ratios, allowing precise adaptation to different extruder capacities and process requirements.
• High-Grade Alloy Steel Construction:
Produced from selected steels compliant with DIN 8550, DIN 4340, or DIN 4140 standards, providing superior mechanical strength and thermal resistance under continuous operation.
• Enhanced Wear and Corrosion Protection:
Screw flights are reinforced with hardfacing welding, while barrels undergo induction hardening or nitriding treatments to significantly improve abrasion resistance and operational lifespan.
• Precision Manufacturing and Quality Control:
CNC machining, controlled heat treatment processes, and strict dimensional tolerances ensure consistent performance, long service life, and reliable operation in high-demand production lines.

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Screw & Barrel – Custom Design and Durable Manufacturing for High Performance
Screws and barrels used in extruder machines are designed and manufactured with the latest technology according to the type of material to be processed, screw diameter and aspect ratio, number of degassing zones, and feeding type. This ensures the most suitable solution for every production line and capacity requirement.
Manufacturing can be done in diameters ranging from Ø15 mm to Ø220 mm according to demand. Special screw and barrel designs are developed for different plastic types such as LDPE, HDPE, PP, PS, and ABS. In production, materials conforming to DIN 8550, DIN 4340, or DIN 4140 standards are preferred upon request. Hardfacing welding is applied to the screw pitches to extend the screw life. Induction, nitriding, or long-term gas nitriding heat treatments are performed to increase the wear resistance of the barrels.
This special production process guarantees that the screws and barrels operate with high durability, long service life, and maximum performance.

Plastic Raw Material Casting Machine

Plastic Bottle Recycling Machines, Plastic Bottle Recycling Machine - Granule Extrusion Systems

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• Advanced Atmospheric Degassing Design:
Melted plastic is exposed directly to ambient air through a controlled drop zone, enabling efficient removal of trapped gases that negatively affect granule quality, especially in high-pressure and contaminated materials.
• Thermally Insulated Melt Transfer System:
The connection between the main extruder and pour extruder is made via thick-walled, heat-insulated piping equipped with resistance heaters, ensuring stable melt temperature and uninterrupted material flow.
• Synchronized Screw and Drive System:
Speed-controlled main screw motor operates in full synchronization with the upstream extruder, maintaining constant melt pressure and preventing process instability.
• Wear-Resistant Screw and Barrel Construction:
Screw and barrel can be manufactured from DIN 8550 or DIN 4140 steel, with optional hardfacing welding and nitriding treatment to significantly extend service life and increase resistance to abrasion.
• Energy-Efficient Heating and Cooling Control:
Ceramic band heaters provide rapid heating with reduced energy consumption, while fan-assisted zoned cooling enables precise temperature regulation according to the material’s melting characteristics.

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Pour Extruder Machine – High Efficiency and Effective Solution for Gas Removal
The pour extruder machine operates by being integrated into the existing extruder line. It offers an ideal solution, especially in cases where it is difficult to remove gases that negatively affect granule quality during the melting phase, particularly in heavy-pressure plastic products. The plastic melted in the main extruder is directed to the pour extruder inlet through a thick-walled pipe with heat insulation provided by resistance heaters. In this process, the melt is exposed to the outside air from a height and directly. The plastic, which partially cools upon contact with the air, allows the gas to be easily released. Pour extruders are designed and manufactured using the latest technology, with screw diameter, aspect ratio, and capacity values compatible with the existing extruder machine. Optionally, screw-barrel manufacturing is done from DIN 8550 or DIN 4140 material; hardfacing welding is applied to extend the service life, and wear resistance is increased with nitriding treatment. The speed-controlled main screw motor ensures synchronous operation with the pre-extruder. Specially designed ceramic resistors shorten heating time and save energy. The fan-assisted cooling system allows for precise temperature control in different areas of the screw barrel according to the melting temperature of the material. The control panel can be configured as a PLC-based automation or manual system, as required.

Plastic Bottle - Granule Extruder (top feeding)

Plastic Bottle Recycling Machines, Plastic Bottle Recycling Machine - Granule Extrusion Systems

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• PREEXT 90 (Top-Fed)
• Screw Diameter: 90 mm
• Screw L/D Ratio: 25 / 36 / 47
• Screw Speed: 90 – 120 rpm
• Heater Power: 25 kW
• Gearbox Torque: 20 – 25 kNm
• Motor Power: 55 kW
• Capacity: 150 – 180 kg/h

• PREXT 100 (Top-Fed)
• Screw Diameter: 100 mm
• Screw L/D Ratio: 25 / 36 / 47
• Screw Speed: 90 – 120 rpm
• Heater Power: 30 kW
• Gearbox Torque: 25 – 30 kNm
• Motor Power: 75 – 90 kW
• Capacity: 180 – 280 kg/h

• PREXT 110 (Top-Fed)
• Screw Diameter: 110 mm
• Screw L/D Ratio: 25 / 36 / 47
• Screw Speed: 90 – 120 rpm
• Heater Power: 30 kW
• Gearbox Torque: 30 – 40 kNm
• Motor Power: 90 – 110 kW
• Capacity: 220 – 300 kg/h

• PREXT 120 (Top-Fed)
• Screw Diameter: 120 mm
• Screw L/D Ratio: 25 / 36 / 47
• Screw Speed: 65 – 110 rpm
• Heater Power: 40 kW
• Gearbox Torque: 50 – 60 kNm
• Motor Power: 110 – 132 kW
• Capacity: 300 – 450 kg/h

• PREXT 130 (Top-Fed)
• Screw Diameter: 130 mm
• Screw L/D Ratio: 25 / 36 / 47
• Screw Speed: 65 – 100 rpm
• Heater Power: 50 kW
• Gearbox Torque: 60 – 80 kNm
• Motor Power: 132 – 160 kW
• Capacity: 500 – 700 kg/h

• PREXT 150 (Top-Fed)
• Screw Diameter: 150 mm
• Screw L/D Ratio: 25 / 36 / 47
• Screw Speed: 65 – 100 rpm
• Heater Power: 65 kW
• Gearbox Torque: 80 – 100 kNm
• Motor Power: 160 – 315 kW
• Capacity: 750 – 100 kg/h

Features (HTML)

Top-feed granule extruders are specialized systems developed for converting free-flowing plastic materials, especially those in flake form, into granules. In these systems, pre-washed, cleaned, or dried plastic waste is processed with high efficiency and converted into reusable raw materials.
Feeding Mechanism and Material Flow
The plastic waste to be processed is directed to the extruder screw via a top-feed hopper with free flow. However, for thin-walled plastics and those unsuitable for free flow, a motor-driven vertical screw feeding system integrated into the hopper is used to ensure a continuous and balanced material flow.
Screw Design and Protection Features
• The screw diameter, L/D ratio (length/diameter), number of degassing zones, filter type, and filter diameter are specially designed according to the structure of the plastic to be processed. • The bimetallic weld coating applied to the extruder screw offers superior resistance to high temperatures and abrasive effects. • The screw and barrel components are made long-lasting through surface hardening processes such as nitriding and induction.
Energy Efficiency and Performance
• The inverter-assisted (speed-controlled) motor system ensures that plastics of different viscosities are granulated with the same pressure and quality. • High energy savings are achieved thanks to the direct coupling motor-gearbox connection, ceramic resistors, insulated resistor coatings, and advanced inverter control technology. • This allows businesses to both increase production efficiency and minimize energy costs.
Intelligent Automation and Control System
• Top-feed extruder machines are equipped with a fully automatic PLC control system and a user-friendly touchscreen interface. • Thanks to the recipe saving feature, parameters determined for different plastic types can be defined in the system, which facilitates process transitions. • With the One-Touch Start System, the extruder and all equipment can be operated synchronously from a central point.

Granule Extruder (Side-fed)

Plastic Bottle Recycling Machines, Plastic Bottle Recycling Machine - Granule Extrusion Systems

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• PREXT 90
• Screw Diameter: 90 mm
• Screw L/D Ratio: 25 / 38 / 42 / 47
• Screw Speed: 60 – 80 rpm
• Heater Power: 25 kW
• Gearbox Torque: 20 – 25 kNm
• Motor Power: 45 – 55 kW
• Capacity: 100 – 180 kg/h

• PREXT 100
• Screw Diameter: 100 mm
• Screw L/D Ratio: 25 / 38 / 42 / 47
• Screw Speed: 60 – 90 rpm
• Heater Power: 30 kW
• Gearbox Torque: 25 – 30 kNm
• Motor Power: 55 – 75 kW
• Capacity: 150 – 250 kg/h

• PREXT 110
• Screw Diameter: 110 mm
• Screw L/D Ratio: 25 / 38 / 42 / 47
• Screw Speed: 70 – 100 rpm
• Heater Power: 30 kW
• Gearbox Torque: 30 – 40 kNm
• Motor Power: 75 – 90 kW
• Capacity: 200 – 350 kg/h

• PREXT 120
• Screw Diameter: 120 mm
• Screw L/D Ratio: 25 / 38 / 42 / 47
• Screw Speed: 80 – 100 rpm
• Heater Power: 40 kW
• Gearbox Torque: 50 – 60 kNm
• Motor Power: 90 – 110 kW
• Capacity: 250 – 400 kg/h

• PREXT 130
• Screw Diameter: 130 mm
• Screw L/D Ratio: 25 / 38 / 42 / 47
• Screw Speed: 60 – 110 rpm
• Heater Power: 40 kW
• Gearbox Torque: 50 – 60 kNm
• Motor Power: 110 – 132 kW
• Capacity: 300 – 450 kg/h

• PREXT 140
• Screw Diameter: 140 mm
• Screw L/D Ratio: 25 / 38 / 42 / 47
• Screw Speed: 60 – 110 rpm
• Heater Power: 40 kW
• Gearbox Torque: 60 – 80 kNm
• Motor Power: 110 + 132 kW
• Capacity: 350 – 500 kg/h

• PREXT 150
• Screw Diameter: 150 mm
• Screw L/D Ratio: 25 / 38 / 42 / 47
• Screw Speed: 60 – 110 rpm
• Heater Power: 50 kW
• Gearbox Torque: 60 – 80 kNm
• Motor Power: 132 – 160 kW
• Capacity: 400 – 600 kg/h

• PREXT 160
• Screw Diameter: 160 mm
• Screw L/D Ratio: 25 / 38 / 42 / 47
• Screw Speed: 60 – 110 rpm
• Heater Power: 65 kW
• Gearbox Torque: 80 – 100 kNm
• Motor Power: 200 – 250 kW
• Capacity: 600 – 850 kg/h

• PREXT 170
• Screw Diameter: 170 mm
• Screw L/D Ratio: 25 / 38 / 42 / 47
• Screw Speed: 60 – 110 rpm
• Heater Power: 80 kW
• Gearbox Torque: 80 – 100 kNm
• Motor Power: 250 – 315 kW
• Capacity: 900 – 1,250 kg/h

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Side-Fed Granule Extruder Systems
Side-fed granule extruder machines are designed especially for recycling lines requiring very high production continuity and complete independence without an operator. These systems feature an advanced automatic feeding and amperage regulation system that keeps machine performance under control without relying on manual adjustments.
Automatic Amperage Controlled Feeding System
Intelligent automation integrated into the side-fed module automatically adjusts the feed rate by monitoring the amperage values of the extruder motor in real-time. This system makes machine capacity stable and efficient. • Eliminates the need for manual intervention by the operator. • The system extends the life of the motor by preventing overload. • Balanced feeding ensures that the extruder operates continuously at optimum performance. • Energy efficiency increases, and production lines can operate continuously for longer periods.
Intelligent PLC Control and Automation
Side-fed granule extruder machines are equipped with an advanced PLC control system and a touchscreen user interface. This allows operators to:
Define parameters specific to the plastic to be processed in advance and store them via the recipe system.

Settings such as heat, pressure, and feed rates required for each different type of plastic can be easily changed.
Thanks to the one-button start feature, the extruder and auxiliary units can be quickly operated from a single point. • Efficiency and Durability
• This system not only increases production capacity but also:
• Extends machine lifespan,
• Reduces maintenance requirements,
• Minimizes operating costs,
• Eliminates operator errors.

Compact Extruder Machine

Plastic Bottle Recycling Machines, Plastic Bottle Recycling Machine - Granule Extrusion Systems

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• PREVK-CP 85
• Screw Diameter: 85 mm
• Screw L/D Ratio: 30 / 38
• Total Motor Power: 90 + 110 kW (200 kW)
• Maximum Capacity: 400 kg/h

• PREVK-CP 95
• Screw Diameter: 95 mm
• Screw L/D Ratio: 30 / 38
• Total Motor Power: 110 kW
• Maximum Capacity: 500 kg/h

• PREVK-CP 105
• Screw Diameter: 105 mm
• Screw L/D Ratio: 30 / 38 / 49
• Total Motor Power: 132 kW
• Maximum Capacity: 650 kg/h

• PREVK-CP 125
• Screw Diameter: 125 mm
• Screw L/D Ratio: 30 / 38 / 49
• Total Motor Power: 132 + 160 kW (292 kW)
• Maximum Capacity: 800 kg/h

• PREVK-CP 140
• Screw Diameter: 140 mm
• Screw L/D Ratio: 30 / 38 / 42 / 49
• Total Motor Power: 160 + 200 kW (360 kW)
• Maximum Capacity: 900 kg/h

• PREVK-CP 150
• Screw Diameter: 150 mm
• Screw L/D Ratio: 36 / 38 / 42 / 49
• Total Motor Power: 200 + 250 kW (550 kW)
• Maximum Capacity: 1,100 kg/h

• PREVK-CP 160
• Screw Diameter: 160 mm
• Screw L/D Ratio: 36 / 38 / 42 / 49
• Total Motor Power: 250 + 315 kW (565 kW)
• Maximum Capacity: 1,300 kg/h

• PREVK-CP 170
• Screw Diameter: 170 mm
• Screw L/D Ratio: 36 / 38 / 42 / 49
• Total Motor Power: 315 kW
• Maximum Capacity: 1,500 – 2,000 kg/h

Features (HTML)

PREVK-CP extruder machines are state-of-the-art plastic granule extrusion systems developed in accordance with modern recycling technologies, operating on the principle of high performance and low operating costs. They stand out in the industry thanks to their automatic operation and minimal human intervention.
Versatile Plastic Processing Capabilities
PREVK-CP series extruder machines can successfully process various forms of the following plastic types:
Material types: LDPE, LLDPE, HDPE, PP, PS, ABS
Forms: Flakes, bran, foam
Moisture content: Can granulate plastics with up to 7% moisture content without requiring drying.
This feature provides significant time and energy savings in lines that do not require pre-drying. Integrated Multi-Stage Processing Technology
The PREVK-CP extruder system is equipped to perform granule production in a single step:
• Compression
• Homogenization
• Final drying
• Degassing
These processes work integrated within the same system and ensure consistently high quality. Intelligent PLC System and Recipe Management
The intelligent PLC control panel, equipped with a user-friendly interface, offers operators easy and fast operation. Thanks to the recipe saving feature, all production parameters such as temperature, pressure, and speed defined for different plastic types can be saved in memory. This eliminates the need for readjustment at each production pass; the system automatically switches to the desired recipe with a single touch. Operational Advantages
• Low personnel requirement
• High production speed
• Low energy consumption
• Stable and repeatable granule quality
• Wide range of plastic processing
• Compact and space-saving design

Storage Silo Above Agglomeration

Plastic Bottle Recycling Machines, Plastic Bottle Recycling Machine - Auxiliary Equipment

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Screw Conveyor

Plastic Bottle Recycling Machines, Plastic Bottle Recycling Machine - Auxiliary Equipment

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This equipment, used for conveying lightweight plastic products such as film, chips, and similar materials, ensures safe and efficient product transfer between the agromelter and extruder thanks to its specially designed hopper that provides a wide and balanced feed. It prevents feed fluctuations and production interruptions by ensuring continuous and controlled delivery of materials with irregular shapes and bulk to the extruder.

The system minimizes the risk of bridging and accumulation thanks to its geometric hopper structure that optimizes material flow. This ensures homogeneous feeding to the extruder screw and consistent product quality. Depending on the requirements, it can be designed to operate with mechanical feeding, fan-assisted pneumatic conveying, or conveyor integration.

The equipment body can be manufactured using DKP sheet metal for standard industrial applications, and AISI 304 stainless steel for lines requiring high hygiene, corrosion resistance, and long service life. Its robust construction offers high durability even under continuous operation conditions, while minimizing maintenance requirements.

This transfer equipment, which directly contributes to the efficient operation of the Agromel extruder line, has become an indispensable part of modern plastic recycling and granulation lines by helping to increase production capacity, improve energy efficiency and reduce operator intervention.

Storage Silo

Plastic Bottle Recycling Machines, Plastic Bottle Recycling Machine - Auxiliary Equipment, Plastic Bottle Recycling Line - Granule Storage Silo

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Granule cutting machines convert processed plastic materials into uniform granule form, which is then pneumatically transferred to the storage silo via a high-efficiency conveying fan system. This air-assisted transfer method ensures fast, clean, and continuous material flow without causing deformation or contamination of the granules.

Granule storage silos are manufactured with a standard capacity of 3 m³, providing an organized and space-efficient solution for temporary material storage. Depending on operational requirements and material characteristics, the silo body can be produced from DKP sheet steel for standard industrial use or AISI 304 stainless steel for applications requiring higher corrosion resistance and hygienic conditions.

Designed for seamless integration with granulation and conveying systems, storage silos support stable production cycles by preventing material accumulation and downtime. Their robust structure, optimized discharge geometry, and optional level monitoring features enhance process control, improve workplace safety, and contribute to the overall efficiency of plastic recycling and compounding lines.

Big Bag Filling

Plastic Bottle Recycling Machines, Plastic Bottle Recycling Machine - Auxiliary Equipment, Plastic Bottle Recycling Line - Granule Storage Silo

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The Big Bag Filling System is a key component of modern plastic bottle recycling lines, designed to ensure efficient, clean, and organized collection of processed materials. After shredding, washing, and drying stages, PET flakes or plastic regrind are automatically transferred into big bags, allowing safe storage and easy transportation.

This system provides continuous and controlled filling, minimizing material loss and dust formation during operation. With its robust steel structure and precise filling mechanism, it ensures uniform weight distribution inside the big bags, improving handling efficiency and workplace safety.

Compatible with various recycling capacities, the Big Bag Filling System supports high-throughput operations while reducing manual labor requirements. Its flexible design allows seamless integration into existing recycling lines and adapts to different bag sizes and material types.

By increasing operational efficiency, maintaining product cleanliness, and optimizing logistics, the Big Bag Filling System plays a vital role in achieving sustainable and cost-effective plastic bottle recycling processes.

L And I Type Conveyor

Plastic Bottle Recycling Machines, Plastic Bottle Recycling Machine - Auxiliary Equipment, Plastic Bottle Recycling Line - Conveyor

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Belt Conveyor
• The most commonly used conveyor type
• Available in rubber or PVC belt options
• Ideal for plastics, films, crushed parts, granules, light to medium weight materials
• Provides continuous and consistent feeding
• Low maintenance requirements and energy consumption

Application Area:
Pre-crusher feeding, crusher-shredder transfer, washing line feeding

Inclined Belt Conveyor
• Used for transporting materials to high elevations
• Can have cleats or sidewalls on the belt • Provides stable transport by preventing slippage

Application Area:
Post-crusher lifting, silo or bunker feeding

Screw Conveyor
• Closed system, prevents dust and scattering
• Suitable for crushed plastics, granules, chips and small parts
• Preferred for moist or fine materials

Application Area:
Post-washing transfer, dewatering line, granule transport

Chain Conveyor
• Designed for heavy and bulky materials
• Has high impact and load resistance
• With steel body and chain mechanism It works

Area of Use:
Bales, hard plastics, metal-containing waste, heavy feeding points

Features (HTML)

Blower Machine

Plastic Bottle Recycling Machines, Plastic Bottle Recycling Machine - Auxiliary Equipment

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Single Rotor Shredder (straight)

Plastic Bottle Recycling Machines, Plastic Bottle Recycling Line - Shredding and Crushing Systems, Plastic Bottle - Single Rotor Shredder

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VK-SHD 1200
Rotor Length: 1200 mm
Rotor Diameter: 430 mm
Number of Rotating Blades: 58 pcs
Motor Power: 110 – 160 kW
Machine Weight: 9,500 kg
Shredding Chamber: 1250 × 1500 mm
Application Area: Medium-scale recycling facilities requiring balanced capacity

VK-SHD 1500
Rotor Length: 1500 mm
Rotor Diameter: 430 mm
Number of Rotating Blades: 74 pcs
Motor Power: 132 – 200 kW
Machine Weight: 12,000 kg
Shredding Chamber: 1550 × 1800 mm
Application Area: High-capacity facilities with wider material feeding requirements

VK-SHD 2000
Rotor Length: 2000 mm
Rotor Diameter: 430 mm
Number of Rotating Blades: 98 pcs
Motor Power: 110 × 2 kW – 132 × 2 kW
Machine Weight: 15,000 kg
Shredding Chamber: 2050 × 1700 mm
Application Area: Large-scale industrial plants designed for continuous heavy-duty shredding

Application Areas
• Household plastic waste recycling
• Industrial plastic waste processing
• Agricultural film (greenhouse film) recycling
• Big Bag, Jumbo Bag and sack waste
• Plastic film, stretch film and packaging waste
• Plastic pipe, crate and pallet recycling
• Plastic wedge and industrial plastic parts
• Cardboard and paper waste
• Chipboard and wood waste

Features (HTML)

Developed to meet the needs of the recycling sector, this system enables the effective reduction in size of all types and forms of plastic waste, cardboard, paper, textiles, particleboard, and wood waste. Thanks to its advanced operating principle, it works with high performance without being affected by challenging properties such as thickness, hardness, and density of the material. Maximum efficiency is achieved in all types of plastics and their derivatives thanks to the rotor structure, blade type, pressing unit, and sieve system selected according to the type of material to be processed. Depending on the properties of the material, hydraulic or pneumatic powered pressing mechanisms of flat, angled, or swing type can be used. These pressing units are managed by modern PLC control systems. The integrated intelligent PLC software and automatic recipe system ensure full adaptation to different material types, shortening processing time, saving energy, and minimizing operator intervention. Thus, it offers the advantage of uninterrupted production and low operating costs in both industrial facilities and recycling centers.
These systems offer high efficiency and long-lasting service advantages for companies seeking plastic recycling machines, industrial waste processing systems, and mixed waste size reduction solutions.

Plastic Bottle Recycling Line Single Rotor Shredder (angled)

Plastic Bottle Recycling Machines, Plastic Bottle Recycling Line - Shredding and Crushing Systems, Plastic Bottle - Single Rotor Shredder

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Technical Specs (HTML)

• Material Compatibility:
Suitable for LLDPE, LDPE, HDPE and PP film, bottles, drums, cases and rigid plastics
• Feeding System:
Automatic loading system with conveyor belt or hydraulic feed
• Crusher/Shredder Unit:
High torque rotor, wear-resistant blades, replaceable screen system
• Washing System:
Cold wash + hot wash (optional), friction washer
• Density Separation (Float-Sink Tank):
Water-based flotation-sedimentation system for PE and PP separation
• Drying Unit:
Mechanical centrifuge + hot air drying system
Final moisture content: 1–2%
• Capacity Range:
Average 300 kg – 2000 kg per hour (depending on line configuration)
• Energy Consumption:
Low kWh/kg consumption with optimized motors
• Automation System:
PLC controlled fully automatic Operation
Touch HMI panel
• Electrical Infrastructure:
380V / 50Hz industrial electrical system
• Filtration & Water Recovery:
Closed-loop water handling, sediment and waste filtration system
• Noise and Safety:
Protective covers compliant with CE standards
Emergency stop and sensor-based safety systems
• Output Product:
Clean, homogeneous and granulation-ready plastic flakes

Features (HTML)

The Single Rotor Shredding Machine (angled) model is designed for volume reduction of all types and shapes of plastic waste, as well as recyclable materials such as cardboard, paper, textiles, particleboard, and wood. The operating system ensures uninterrupted performance regardless of challenging material properties such as thickness, hardness, or density. High efficiency is achieved with all plastics and similar materials thanks to the rotor and blade structure, the pressing mechanism, and the screen type determined according to material properties. Depending on the material type, hydraulic or pneumatic driven pressing units with straight, angled, or oscillating mechanisms can be used. These pressing systems are managed by an advanced PLC control unit. The intelligent PLC software and recipe system, adapted to 2025 technology, automatically adapt to different material types, shortening processing time, increasing energy efficiency, and offering ease of use. This ensures maximum production capacity and low operating costs in both industrial facilities and recycling centers.

Plastic Nylon Film Recycling Line

Plastic Bottle Recycling Machines, Plastic Bottle Recycling Line

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Categories (comma separated)

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Technical Specs (HTML)

• Material Compatibility:
Suitable for LLDPE, LDPE, HDPE and PP film, bottles, drums, cases and rigid plastics
• Feeding System:
Automatic loading system with conveyor belt or hydraulic feed
• Crusher/Shredder Unit:
High torque rotor, wear-resistant blades, replaceable screen system
• Washing System:
Cold wash + hot wash (optional), friction washer
• Density Separation (Float-Sink Tank):
Water-based flotation-sedimentation system for PE and PP separation
• Drying Unit:
Mechanical centrifuge + hot air drying system
Final moisture content: 1–2%
• Capacity Range:
Average 300 kg – 2000 kg per hour (depending on line configuration)
• Energy Consumption:
Low kWh/kg consumption with optimized motors
• Automation System:
PLC controlled fully automatic Operation
Touch HMI panel
• Electrical Infrastructure:
380V / 50Hz industrial electrical system
• Filtration & Water Recovery:
Closed-loop water handling, sediment and waste filtration system
• Noise and Safety:
Protective covers compliant with CE standards
Emergency stop and sensor-based safety systems
• Output Product:
Clean, homogeneous and granulation-ready plastic flakes

Features (HTML)

Today, polyethylene (LLDPE, LDPE, HDPE) and polypropylene (PP) materials stand out as the most frequently processed types of plastics in recycling processes. Specially designed recycling lines are used for the waste of these types of plastics in both rigid (granule) and film (soft) forms.
In the first stage of the line, plastic waste is broken down into small pieces by a shredder or crushing machine. This process ensures that the material is suitable for the next steps. The crushed plastics are directed to a fully automatic washing unit via appropriate conveying systems.
Thanks to the high-speed centrifuges and friction modules in the washing line, the dirt on the plastic surfaces is effectively cleaned. Then, in the plastic washing tanks, the material is separated from heavy contaminants and dense plastic particles according to weight difference.
The cleaned plastics are directly conveyed to automatic compact extruder systems or agromel + extruder combinations. Here, the plastic waste is converted into granule form and made ready for reuse as raw material.
All recycling lines are custom-designed considering criteria such as the type of plastic to be processed, the level of contamination, and daily production capacity.

Plastic Recycling Line Technical Specifications
Capacity Range: Adaptable to businesses of different sizes with production capacities ranging from 200 kg/hour to 1000 kg/hour.
Stainless Steel Construction: All surfaces in contact with the material are made of high-quality SUS304 stainless steel and offer long-lasting use with a thickness of more than 3 mm.
Superior Brand Components: World-renowned brands are preferred in all important components of the line. For example; SKF bearings, Siemens contactors and PLC systems, Japanese-made RKC temperature control units, and ABB inverter technology are used.
International Certifications: The machines and lines are guaranteed by CE conformity certificate and ISO 9001 quality management system certificate. This content has been optimized for SEO by targeting keywords such as “plastic film recycling line”, “rigid plastic recycling machine”, “LLDPE PP plastic granule line”, and “plastic washing and extruder system”. Furthermore, it meets Google's 2025 content quality guidelines, including originality, rich technical detail, and value for the user.

Rigid Plastic And Film Recycling Line

Plastic Bottle Recycling Machines, Plastic Bottle Recycling Line

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Product Title

Categories (comma separated)

Description

Technical Specs (HTML)

• Material Compatibility:
Suitable for LLDPE, LDPE, HDPE and PP film, bottles, drums, cases and rigid plastics
• Feeding System:
Automatic loading system with conveyor belt or hydraulic feed
• Crusher/Shredder Unit:
High torque rotor, wear-resistant blades, replaceable screen system
• Washing System:
Cold wash + hot wash (optional), friction washer
• Density Separation (Float-Sink Tank):
Water-based flotation-sedimentation system for PE and PP separation
• Drying Unit:
Mechanical centrifuge + hot air drying system
Final moisture content: 1–2%
• Capacity Range:
Average 300 kg – 2000 kg per hour (depending on line configuration)
• Energy Consumption:
Low kWh/kg consumption with optimized motors
• Automation System:
PLC controlled fully automatic Operation
Touch HMI panel
• Electrical Infrastructure:
380V / 50Hz industrial electrical system
• Filtration & Water Recovery:
Closed-loop water handling, sediment and waste filtration system
• Noise and Safety:
Protective covers compliant with CE standards
Emergency stop and sensor-based safety systems
• Output Product:
Clean, homogeneous and granulation-ready plastic flakes

Features (HTML)

In the plastics recycling sector, the most commonly processed materials include Polyethylene (LLDPE, LDPE, HDPE) and Polypropylene (PP). Waste of these polymers, both in hard granule and film form, can be efficiently reprocessed using specially designed recycling lines.
How Does the Recycling Process Work?
The process begins with reducing the size of plastic waste using a shredder or crushing machine. This process prepares the material for the washing line. The shredded plastics are directed to a fully automated washing line using appropriate conveying systems.
In the washing line, dirt, oil, and other contaminants on the surface are removed using high-speed centrifuges and integrated friction systems. In the next stage, the plastics are separated from heavier plastics and inorganic pollutants in washing tanks that operate based on density differences. The cleaned plastics are then transferred either directly to a compact extruder system or to an agromel + extruder combination to become recyclable. In these machines, plastic waste is reprocessed and transformed into high-quality raw materials in granular form. Line Design and Project Planning
Each recycling line is specifically designed according to criteria such as:
Contamination level
Form (film/rigid)
Daily capacity
End of use
of the material to be processed. This ensures maximum optimization in both efficiency and energy costs.

Pelletizing Equipment

Compost Machines, Compost Machine Equipment

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Features (HTML)

Loader Conveyor Belt

Compost Machines, Compost Machine Equipment

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Technical Specs (HTML)

Features (HTML)

Drying Oven

Compost Machines, Compost Machine Equipment

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Description

Technical Specs (HTML)

Features (HTML)

Aroma Coating Equipment

Compost Machines, Compost Machine Equipment

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Technical Specs (HTML)

Features (HTML)

Preqo250

Compost Machines, Compost Machine - Oil Heated System

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Technical Specs (HTML)

Features (HTML)

With its 250-liter capacity and 15 kW resistance power, the PREQO-250 enables the rapid conversion of large amounts of organic waste into compost. Equipped with oil heating technology, the machine offers high efficiency and reliable operating performance. Its advanced PLC automation system precisely controls the production process, while its semi-automatic discharge feature makes it easy to use.
The energy-efficient PREQO-250, with its 9.66 kW electricity consumption, stands out with both its powerful performance and environmentally friendly design. This model simplifies waste management in large-scale industrial facilities, making it an ideal choice for sustainable compost production.

Oil-Heated Composting Machine – An Efficient Solution for Industrial Waste Management

Oil-heated composters are modern waste management systems that enable the rapid and efficient conversion of organic waste. Thanks to their oil-heating technology, these machines accelerate the composting process by providing high and stable temperatures. This saves time and energy for both industrial and institutional businesses.
The advanced PLC automation system allows users to precisely control the production process, while the semi-automatic discharge feature provides operational convenience. High-capacity models offer an effective solution for a variety of applications, from hotels and restaurants to food production facilities and municipalities.
With their design that minimizes energy consumption, oil-heated composting machines provide economic advantages for businesses while also contributing to an environmentally friendly production approach. Their durable construction ensures long-lasting use, while their high performance makes them a reliable choice for sustainable waste management.
The oil-heated composter is an innovative solution that combines energy efficiency and powerful performance, enabling the conversion of organic waste into valuable compost without harming the environment.

Preqo1000

Compost Machines, Compost Machine - Oil Heated System

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The PRECO-1000 is a heavy-duty oil-heated composting machine engineered for the fast and efficient processing of high-volume organic waste. Featuring a 1000-liter processing capacity and a 30 kW heating resistance, it enables rapid temperature generation for large-scale industrial compost production.

Supported by an oil-based heating system, the PRECO-1000 delivers consistent thermal performance, increasing processing efficiency and ensuring stable composting results. Its advanced PLC automation technology allows precise control of all operating parameters, while the semi-automatic discharge system improves ease of use and significantly reduces operator workload.

Designed with energy efficiency in focus, the PRECO-1000 operates at only 19.8 kW power consumption, helping businesses lower operational costs while meeting environmental sustainability goals. Its robust construction, modern industrial design, and high energy efficiency make it a reliable, long-term solution for professional compost production.

Oil-Heated Composting Machines – Efficient Solutions for Industrial Waste Management

Oil-heated composting machines are advanced waste treatment systems developed to convert organic waste into nutrient-rich compost through controlled and efficient thermal processing. By maintaining high and stable operating temperatures, oil-heating technology significantly accelerates composting cycles and improves overall output quality.

Equipped with PLC-based automation systems, these machines offer accurate process management and safe operation, while semi-automatic discharge mechanisms streamline daily workflows and minimize manual labor. High-capacity models are widely used in hotels, restaurants, food processing facilities, and municipal waste management operations.

With their low energy consumption, durable construction, and environmentally conscious engineering, oil-heated composters provide both economic and ecological benefits. Their combination of efficiency, performance, and sustainability makes them an ideal investment for modern industrial waste management.

Preqo500

Compost Machines, Compost Machine - Oil Heated System

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Features (HTML)

The PRECO-500 is a high-capacity oil-heated composting machine designed for the fast and efficient processing of large volumes of organic waste. With its 500-liter processing capacity and a 22.5 kW heating element, it delivers rapid temperature generation to support industrial-scale compost production.

Built with an energy-efficient system architecture, the PRECO-500 minimizes power consumption while maintaining consistent performance. Its advanced PLC automation system enables accurate process monitoring and control, ensuring stable and reliable composting results. The semi-automatic discharge mechanism improves operator convenience and allows smoother, safer material handling.

Operating at just 14.82 kW energy consumption, the PRECO-500 combines powerful output with environmentally responsible design. Its durable construction, high thermal efficiency, and modern automation make it a sustainable and cost-effective solution for organic waste recycling.

Oil-Heated Composting Machines – Efficient Solutions for Industrial Waste Management

Oil-heated composting machines are advanced waste treatment systems developed to convert organic waste into nutrient-rich compost through controlled thermal processing. By maintaining high and stable operating temperatures, oil-heating technology significantly accelerates composting cycles and improves processing efficiency.

Equipped with PLC-based automation, these systems allow precise regulation of composting parameters, while semi-automatic discharge features simplify daily operation and reduce manual labor. High-capacity models are widely used across hotels, restaurants, food processing facilities, and municipal waste management operations.

With their low energy consumption, robust construction, and eco-friendly engineering, oil-heated composters help businesses reduce operational costs and environmental impact. Their combination of reliability, performance, and sustainability makes them an ideal long-term investment for modern waste management solutions.

Preqo100

Compost Machines, Compost Machine - Oil Heated System

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The PREQO-100 is a compact yet powerful oil-heated composting machine developed for the fast and efficient processing of industrial organic waste. With a 100-liter capacity and a 7 kW high-performance heating resistance, it enables rapid temperature buildup for effective compost conversion.

By utilizing oil-based heating technology, the PREQO-100 delivers stable thermal performance, increasing processing efficiency while maintaining low energy consumption. The integrated PLC automation system ensures accurate and consistent process control at every stage, while the semi-automatic discharge mechanism enhances operational safety and ease of use.

Designed with energy efficiency in mind, the PREQO-100 operates at only 4.65 kW electricity consumption, offering a balance between strong performance and environmental responsibility. Its robust construction and modern engineering make it a reliable solution for sustainable compost production.

Oil-Heated Composting Machines – Efficient Industrial Waste Solutions

Oil-heated composting machines are advanced systems engineered to transform organic waste into high-quality compost through controlled and efficient thermal processing. Their oil-heating technology maintains consistent temperatures, accelerating composting cycles and improving overall output quality.

Equipped with PLC-based automation, these machines allow precise monitoring and management of the composting process, while semi-automatic discharge systems streamline daily operations and reduce labor requirements. High-capacity configurations support a wide range of applications, including hotels, restaurants, food processing facilities, and municipal waste management operations.

With low energy consumption, durable construction, and eco-conscious design, oil-heated composting machines help businesses reduce operational costs and environmental impact. Their combination of energy efficiency, reliability, and high performance makes them an ideal long-term investment for sustainable and environmentally friendly waste management.

Preqo100

Compost Machines, Compost Machine - Oil Heated System

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Technical Specs (HTML)

Features (HTML)

The PREQO-100 is a compact yet powerful oil-heated composting machine developed for the fast and efficient processing of industrial organic waste. With a 100-liter capacity and a 7 kW high-performance heating resistance, it enables rapid temperature buildup for effective compost conversion.

By utilizing oil-based heating technology, the PREQO-100 delivers stable thermal performance, increasing processing efficiency while maintaining low energy consumption. The integrated PLC automation system ensures accurate and consistent process control at every stage, while the semi-automatic discharge mechanism enhances operational safety and ease of use.

Designed with energy efficiency in mind, the PREQO-100 operates at only 4.65 kW electricity consumption, offering a balance between strong performance and environmental responsibility. Its robust construction and modern engineering make it a reliable solution for sustainable compost production.

Oil-Heated Composting Machines – Efficient Industrial Waste Solutions

Oil-heated composting machines are advanced systems engineered to transform organic waste into high-quality compost through controlled and efficient thermal processing. Their oil-heating technology maintains consistent temperatures, accelerating composting cycles and improving overall output quality.

Equipped with PLC-based automation, these machines allow precise monitoring and management of the composting process, while semi-automatic discharge systems streamline daily operations and reduce labor requirements. High-capacity configurations support a wide range of applications, including hotels, restaurants, food processing facilities, and municipal waste management operations.

With low energy consumption, durable construction, and eco-conscious design, oil-heated composting machines help businesses reduce operational costs and environmental impact. Their combination of energy efficiency, reliability, and high performance makes them an ideal long-term investment for sustainable and environmentally friendly waste management.

Preqo50

Compost Machines, Compost Machine - Oil Heated System

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Technical Specs (HTML)

Features (HTML)

The PREQO-50 model, with its 50-liter capacity and low energy consumption, is an environmentally friendly and efficient waste recycling machine. Its oil-heating system ensures the rapid and reliable conversion of organic waste into compost.
The PLC automation system provides full control of the production process, while its semi-automatic discharge function offers ease of use. With a 2.4 kW power consumption, it provides businesses with an economic advantage and supports sustainable production.
With its compact design, high performance, and environmentally friendly features, the PREQO-50 is a modern alternative for professional compost production.

Oil-Heated Composting Machine – An Efficient Solution for Industrial Waste Management

Oil-heated composters are modern waste management systems that enable the rapid and efficient conversion of organic waste. Thanks to their oil-heating technology, these machines accelerate the composting process by providing high and stable temperatures. This saves time and energy for both industrial and institutional businesses.

The advanced PLC automation system allows users to precisely control the production process, while the semi-automatic discharge feature provides operational convenience. High-capacity models offer an effective solution for a variety of applications, from hotels and restaurants to food production facilities and municipalities.

With their design that minimizes energy consumption, oil-heated composting machines provide economic advantages for businesses while also contributing to an environmentally friendly production approach. Their durable construction ensures long-lasting use, while their high performance makes them a reliable choice for sustainable waste management.

The oil-heated composter is an innovative solution that combines energy efficiency and powerful performance, enabling the conversion of organic waste into valuable compost without harming the environment.

Prepet1000

Compost Machines, Compost Machine - Cat and Dog Food Machine

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Technical Specs (HTML)

Features (HTML)

The PRE-PET 1000 is a high-capacity compost and food waste processing machine engineered for intensive and continuous organic waste management. With its 1000-liter processing volume and 380V electrical system, it delivers industrial-level performance for large-scale facilities.

Powered by a 33 kW motor, the PRE-PET 1000 provides strong and reliable operation while maintaining energy efficiency with an average consumption of 13.2 kW per hour. Its four-fan air circulation system ensures even airflow distribution, enabling consistent and effective drying of organic waste.

The machine features an advanced PLC-controlled automation system that allows precise process management and easy operation. Its semi-automatic discharge mechanism simplifies material handling, improves workflow efficiency, and reduces manual labor. Designed with sustainability in mind, the PRE-PET 1000 combines high throughput, low energy usage, and environmentally responsible engineering to support modern waste recycling operations.

Air-Drying Composting Machines

Air-drying composting machines are innovative solutions designed to convert organic waste into valuable compost through controlled and energy-efficient drying processes. By utilizing optimized airflow technology, these systems regulate moisture content and accelerate compost production while maintaining hygienic operating conditions.

High-efficiency fan assemblies ensure uniform drying across all waste materials, while PLC automation technology offers stable, safe, and user-friendly process control. The inclusion of semi-automatic discharge systems minimizes labor requirements and enhances daily operational efficiency.

With their low energy consumption, durable construction, and eco-friendly design, air-drying composting machines help reduce environmental impact and support sustainable waste management strategies. Commonly used in industrial kitchens, hotels, food processing plants, and municipal waste treatment facilities, they provide a reliable, long-term investment for businesses seeking high-performance and environmentally conscious waste solutions.

Prepet500

Compost Machines, Compost Machine - Cat and Dog Food Machine

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Technical Specs (HTML)

Features (HTML)

The PRE-PET 500 is a high-performance, air-drying compost and food machine with a large 500-liter capacity. Offering an environmentally friendly solution with low energy consumption, this model is a powerful alternative for sustainable waste recycling. Its three-fan structure ensures optimal airflow, creating a fast and effective drying process. The PLC automation system ensures ease of use, while its semi-automatic discharge feature increases operational efficiency.
Operating on 220V power, the PRE-PET 500 saves energy with a 4.65 kW/hour electricity consumption and delivers high performance with an 11.5 kW motor. This machine, distinguished by its energy efficiency and environmentally friendly design, is ideal for businesses seeking a modern and sustainable solution for waste management.
Air-Drying Composting Machines
Air-drying composting machines are modern equipment developed for the efficient and environmentally friendly recycling of organic waste. Thanks to their specialized air circulation systems, these machines optimize moisture control and quickly transform waste into high-quality compost. They offer a faster, more hygienic, and more sustainable process compared to traditional methods, saving businesses both time and energy.
Advanced fan systems ensure uniform drying of waste, while PLC automation technology provides users with an easy and reliable user experience. Semi-automatic discharge features streamline operational processes and minimize labor requirements. These low-energy machines, with their environmentally friendly designs, reduce their carbon footprint and contribute to sustainable production goals.
Air-drying composting machines, with a wide range of applications from industrial kitchens to hotels, from food production facilities to municipal waste management systems, represent the future of environmentally friendly waste management. Their high performance, energy efficiency, and durable construction make them an ideal investment and long-term solution for modern businesses.

Prepet150

Compost Machines, Compost Machine - Cat and Dog Food Machine

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Technical Specs (HTML)

Features (HTML)

The PRE-PET 150 is a high-performance air-drying compost and food waste processing machine designed for sustainable and efficient organic waste management. With its 150-liter processing capacity, this model offers an eco-friendly solution by combining low energy consumption with advanced automation technology.

Equipped with a dual-fan airflow system, the PRE-PET 150 ensures consistent and balanced air circulation, allowing organic waste to dry evenly and efficiently. Its PLC-controlled automation system simplifies operation, while the semi-automatic discharge mechanism enhances workflow efficiency and reduces manual handling.

Operating on a 380V power supply, the machine delivers reliable performance with a 4 kW motor while maintaining energy efficiency at only 1.6 kW/hour electricity consumption. Built for durability and long-term use, the PRE-PET 150 provides a modern, cost-effective, and environmentally responsible approach to organic waste recycling.

Air-Drying Composting Machines

Air-drying composting machines are advanced systems developed to recycle organic waste quickly, hygienically, and sustainably. By utilizing controlled air circulation technology, these machines regulate moisture levels and accelerate the composting process, producing high-quality compost in a shorter time compared to conventional methods.

Advanced fan structures ensure uniform drying across all waste materials, while PLC automation enables precise process control and user-friendly operation. The inclusion of semi-automatic discharge systems reduces labor dependency and streamlines daily operations, making these machines ideal for continuous use.

Designed with low energy consumption and eco-conscious engineering, air-drying composting machines help lower carbon emissions and support sustainable production goals. Widely used in industrial kitchens, hotels, food processing facilities, and municipal waste management systems, they represent a reliable long-term investment for modern businesses seeking efficient and environmentally friendly waste solutions.

Prepet75

Compost Machines, Compost Machine - Cat and Dog Food Machine

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Technical Specs (HTML)

Features (HTML)

The PRE-PET 75 is an environmentally friendly, air-drying compost and food machine that stands out with its 75-liter capacity. Its low electricity consumption saves energy and provides an ideal solution for sustainable waste management. Its PLC automation system and semi-automatic discharge function ensure ease of use and high efficiency. The single-fan airflow system ensures an efficient drying and recycling process.
This economical model, with a 0.9 kW/hour electricity consumption, delivers powerful performance with a 220V power supply and 2 kW motor power. Offering both energy efficiency and operational reliability, the PRE-PET 75 offers a modern and environmentally friendly way to utilize organic waste.
PRE-PET 75 – Fast and Efficient Waste Recycling
Thanks to its advanced air drying technology, the PRE-PET 75 efficiently recycles organic waste in a short time. Its PLC automation system offers easy operation, while its semi-automatic discharge feature makes the production process more practical. This machine, which stands out with its energy-saving structure and environmentally friendly design, is a modern solution for sustainable waste management.
Air-Drying Composting Machines
Air-drying composting machines are modern equipment developed for the efficient and environmentally friendly recycling of organic waste. Thanks to their specialized air circulation systems, these machines optimize moisture control and quickly transform waste into high-quality compost. They offer a faster, more hygienic, and more sustainable process compared to traditional methods, saving businesses both time and energy.
Advanced fan systems ensure uniform drying of waste, while PLC automation technology provides users with an easy and reliable user experience. Semi-automatic discharge features streamline operational processes and minimize labor requirements. These low-energy machines, with their environmentally friendly designs, reduce their carbon footprint and contribute to sustainable production goals.
Air-drying composting machines, with a wide range of applications from industrial kitchens to hotels, from food production facilities to municipal waste management systems, represent the future of environmentally friendly waste management. Their high performance, energy efficiency, and durable construction make them an ideal investment and long-term solution for modern businesses.

PREA250

Bale Press Machines, Vertical Bale Press Machines

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Technical Specs (HTML)

Features (HTML)

The PREA 250 baler press machine is a compact yet powerful solution engineered for long-term, reliable operation in demanding environments. Its reinforced structure supports high-capacity performance, making it ideal for facilities with wide and tall installation areas, while remaining easy for operators to control and maneuver during daily use.

Designed to handle large waste volumes, the PREA 250 features an enlarged loading chamber that enables continuous, high-capacity baling. Despite its strong output capability, the machine occupies a relatively small floor space, allowing businesses to optimize waste processing based on daily production levels. Bale dimensions can be adjusted according to transport requirements, and finished bales are fully compatible with standard EUR pallets.

The wide press chamber combined with a long piston stroke ensures the production of firm, dense, and stable bales, improving storage efficiency and transportation safety. A simple and intuitive control panel allows smooth operation without unnecessary complexity.

The PREA 250 is coated with electrostatic powder paint, offering excellent resistance to corrosion, wear, and long-term industrial use. It is suitable for compressing a broad range of materials, including packaging waste, cardboard, paper, plastic, nylon, textile waste, wool, straw, yarn, fabric, fiber, scrap, and other rigid waste types.

Each machine undergoes comprehensive testing using modern technology by experienced engineers to ensure consistent quality and zero-defect production. With technical service support available throughout Europe and a strong focus on customer satisfaction, the PREA 250 is widely used in hotels, supermarkets, retail stores, workshops, gas stations, textile facilities, marine vessels, and restaurants.

TECHNICAL SPECIFICATIONS

COMPACTOR DIMENSIONS
Height 2.990 m
Width 1.759 m
Depth 1.185 m
Weight 985 kg
Carriage Height 2.250 m
Power Supply 220-240 V
(single phase)
Motor 2.2 kW 16 Amp
Compressor Power Maximum 30 Tons
Noise Level 74 dB

OPTIONAL ADDITIONAL OPTION
Available with 110 volt power

BALE DIMENSIONS
Bale Height 1.00 m
Bale Width 1.20 m
Bale Depth 0.80 m
Bale Weight 250 kg
(Depends on the material used)
Cycle Times 34 seconds

LOADING OPENING DIMENSIONS
Height: 0.678 m
Width: 1.20 m
Depth: 0.80 m

PREA650

Bale Press Machines, Vertical Bale Press Machines

Used

Product Title

Categories (comma separated)

Description

Technical Specs (HTML)

Features (HTML)

This compact model offers long-lasting, trouble-free operation with powerful construction.
The PREA 650 model boasts a high volume capacity. It is used in high and wide areas.
The model can be easily maneuvered by the operator.
Bale sizes are adjusted to suit machine transport.
Finished bales fit onto a standard EUR pallet.
The operating control panel is simple and straightforward.
The extra and larger loading area allows for high-capacity baling.
The wide body with a long piston allows for tighter and denser bales.
This model is the most suitable for high-capacity industrial facilities.
Areas of use: It is an ideal model for hotels, stores, supermarkets, workshops, gas stations, textile workshops, marine vessels, and restaurants.
The model's large footprint allows you to dispose of waste more quickly, depending on your daily capacity. The dye used in our models is electrostatic powder dye. It is a long-lasting, durable, and effective dyeing method.
The materials used in our models include: packaging waste, cardboard waste, nylon waste, plastic waste, textile waste, wool waste, straw waste, scrap waste, paper waste, hard waste, yarn, fabric, fiber, etc.
Our models are tested using modern technology by our professional team and engineers. The production process is carried out after a preliminary inspection of the service the customer will receive.
Our goal is to produce top-quality machines with zero defects.
Technical support is available throughout Europe.
Customer satisfaction is paramount for our company.

TECHNICAL SPECIFICATIONS

COMPACTOR DIMENSIONS
Height 3.217 m
Width 2.100 m
Depth 1.524 m
Weight 1930 kg
Carriage Height 2.50 m
Power Supply 400 V
(Three-phase)
Motor 11 kW 32 Amp
Compactor Power Maximum 50 Tons
Noise Level 74 dB

OPTIONAL ADDITIONAL OPTION
220-240 volt power supply available.

BALE DIMENSIONS
Bale Height 1.10 m
Bale Width 1.50 m
Bale Depth 1.10 m

LOADING OPENING DIMENSIONS
Height 0.883 m
Width 1,500 m
Depth 1,100 m

PREA60

Bale Press Machines, Vertical Bale Press Machines

Used

Product Title

Categories (comma separated)

Description

Technical Specs (HTML)

Features (HTML)

The PREA 60 baler press machine is a compact yet durable solution designed to deliver reliable and long-term performance with minimal maintenance requirements. Its solid construction supports high-volume operation, making it suitable for facilities with wide and tall installation areas, while remaining easy to maneuver by the operator during daily use.

Bale dimensions can be adjusted according to transportation needs, and finished bales are fully compatible with standard EUR pallets. The machine features a clear and user-friendly control panel, ensuring smooth and efficient operation without complexity. Despite its high capacity, the PREA 60 requires a relatively small footprint, allowing businesses to process waste efficiently based on daily output.

With its wide chamber and extended piston stroke, the machine produces tighter and denser bales. The enlarged loading opening supports continuous, high-capacity baling, making it ideal for industrial environments. Finished with electrostatic powder coating, the machine offers long-lasting resistance against wear and corrosion.

The PREA 60 is suitable for compressing a wide range of materials, including packaging waste, cardboard, paper, plastic, nylon, textile waste, wool, straw, yarn, fabric, fiber, and other solid waste types. Each unit is tested using modern technology by experienced engineers to ensure defect-free production. Supported by technical service across Europe, the machine is developed with customer satisfaction as a top priority and is widely used in hotels, supermarkets, retail stores, workshops, gas stations, textile facilities, marine vessels, and restaurants.

TECHNICAL SPECIFICATIONS

COMPACTOR DIMENSIONS
Height 1.980 m
Width 1.04 m
Depth 0.72 m
Weight 230 kg
Carriage Height 1.63 m
Power Supply 220-230 V
(single phase)
Motor 1.5 kW 13 Amp
Compressor Power Maximum 6 Tons
Noise Level 72 dB

Optional ADDITIONAL OPTION
• Available with 110 volt power

BALE DIMENSIONS
Bale Height 0.800 m
Bale Width 0.70 m
Bale Weight 0.50 m
Bale Weight 60 kg
(Depending on the material used)
Cycle Times 24 seconds

LOADING OPENING DIMENSIONS
Height 0.492 m
Width 0.700 m
Depth 0.500 m

PREA450

Bale Press Machines, Vertical Bale Press Machines

Used

Product Title

Categories (comma separated)

Description

Technical Specs (HTML)

Features (HTML)

This compact model offers long-lasting, trouble-free operation with powerful construction.
The PREA 450 model boasts a high volume capacity. It is used in high and wide areas.
The model can be easily maneuvered by the operator.
Bale sizes are adjusted to suit machine transport.
Finished bales fit onto a standard EUR pallet.
The operating control panel is simple and straightforward.
Areas of use: This model is ideal for hotels, stores, supermarkers, workshops, gas stations, textile workshops, marine vessels, and restaurants.
This model utilizes a significant amount of space. Its intended use allows you to save waste more quickly, depending on your daily capacity.
Its extra and larger loading area allows for high-capacity bale handling.
Its wide body with a long piston allows for firmer and denser bales.
It is the most suitable model for high-capacity industrial facilities. The dye used in our models is electrostatic powder dye. It is a long-lasting, durable, and effective dyeing method.
The materials used in our models include: packaging waste, cardboard waste, nylon waste, plastic waste, textile waste, wool waste, straw waste, scrap waste, paper waste, hard waste, yarn, fabric, fiber, etc.
Our models are tested using modern technology by our professional team and engineers. The production process is carried out after a preliminary inspection of the service the customer will receive.
Our goal is to produce top-quality machines with zero defects.
Technical support is available throughout Europe.
Customer satisfaction is paramount for our company.

TECHNICAL SPECIFICATIONS

COMPACTOR DIMENSIONS
Height 3.00 m
Width 1.781 m
Depth 1.196 m
Weight 1300 kg
Carriage Height 2.3 m
Power Supply 380-400 V
(Three-phase)
Motor 11 kW 32 Amp
Compressor Power Maximum 50 Tons
Noise Level 75 dB

OPTIONAL ADDITIONAL OPTION
• Available with a 220-240 volt power supply.

BALE DIMENSIONS
Bale Height 1.00 m
Bale Width 1.20 m
Bale Depth 0.80 m
(Depending on the material used)
Cycle Times 40 seconds

LOADING OPENING DIMENSIONS
Height 0.68 m
Width 1.20 m
Depth 0.80 m
Weight 450 kg

PREA150

Bale Press Machines, Vertical Bale Press Machines

Used

Product Title

Categories (comma separated)

Description

Technical Specs (HTML)

Features (HTML)

The PREA 150 Vertical Baler Press Machine is a compact yet powerful solution designed for efficient compression of hard plastic and various recyclable waste materials. Built with a robust structure, this model ensures long-term, reliable, and low-maintenance operation even in demanding working environments. Its high-volume chamber makes it suitable for facilities with wide and tall installation areas, while the ergonomic design allows easy and safe operation by a single user.

Thanks to its wide body and extended piston stroke, the PREA 150 produces dense and stable bales, optimizing storage and transportation efficiency. Bale dimensions can be adjusted to match transport requirements, and finished bales are compatible with standard EUR pallets. The large loading opening supports high-capacity waste input, making this model especially suitable for industrial-scale applications.

The machine features a simple and user-friendly control panel, enabling smooth daily operation. Its compact footprint allows businesses to process waste efficiently without occupying excessive floor space, helping improve workflow organization based on daily waste volume.

The PREA 150 is finished with electrostatic powder coating, providing superior resistance to wear, corrosion, and long-term use. It is suitable for compressing a wide range of materials, including packaging waste, cardboard, paper, nylon, plastic, textile waste, wool, straw, yarn, fabric, fiber, and other rigid waste types.

Each machine is tested with modern equipment by experienced engineers to ensure consistent quality and performance before delivery. With a strong focus on zero-defect production and customer satisfaction, the PREA 150 is supported by professional technical service across Europe, offering a dependable and efficient baling solution for hotels, supermarkets, retail stores, workshops, gas stations, textile facilities, marine vessels, and restaurants.

TECHNICAL SPECIFICATIONS

COMPACTOR DIMENSIONS
Height 2,600 m
Width 1,560 m
Depth 1,030 m
Weight 780 kg
Carriage Height 1,955 m
Power Supply 220-240 V
(single phase)
Motor 2.2 kW 16 Amp
Compressor Power Maximum 20 Tons
Noise Level 74 dB

OPTIONAL ADDITIONAL OPTION

• Available with 110 volt power

BALE DIMENSIONS
Bale Height 1.00 m
Bale Width 0.975 m
Bale Depth 0.80 m
Bale Weight 150 kg
(Depending on the material used)
Cycle Times 40 seconds

LOADING OPENING DIMENSIONS
Height 0.470 m
Width 0.975 m
Depth 0.800 m

PREA75

Bale Press Machines, Vertical Bale Press Machines

Used

Product Title

Categories (comma separated)

Description

Technical Specs (HTML)

Features (HTML)

This compact model offers long-lasting, trouble-free operation with strong conductivity.
The Prek75 model has a low capacity. It is used in low and narrow spaces.
The model can be easily maneuvered by the operator. Optionally, it can be equipped with hand wheels.
The operating control panel is quite simple and straightforward.
Areas of use: This model is ideal for hotels, stores, supermarkers, workshops, gas stations, textile workshops, marine vessels, and restaurants.
This model uses a relatively small footprint. Its intended use allows you to save waste more quickly, depending on your daily capacity.
The bales produced by this model are quite light and easy to move.
The paint used on our models is electrostatic powder coating. It is a long-lasting, durable, and effective painting method. The materials used in our models include: packaging waste, cardboard waste, nylon waste, plastic waste, textile waste, wool waste, straw waste, scrap waste, paper waste, hard waste, yarn, fabric, fiber, etc.

Our models are tested using current technology by our professional team and engineers. They are manufactured with a preview of the service they will receive from the customer.
Our goal is to produce top-quality machines with zero defects.
Technical support is available throughout Europe.
Customer satisfaction is paramount for our company.

TECHNICAL SPECIFICATIONS

COMPACTOR DIMENSIONS
Height 2.30 m
Width 1.04 m
Depth 0.72 m
Weight 270 kg
Carriage Height 1.80 m
Power Supply 220-230 V
(single phase)
Motor 1.5 kW 13 Amp
Compressor Power Maximum 8 Tons
Noise Level 72 dB

OPTIONAL ADDITIONAL OPTION
• Available with 110 volt power

BALE DIMENSIONS
Bale Height 1.00 m
Bale Width 0.70 m
Bale Depth 0.50 m
Bale Weight 75 kg
(Depends on the material used)
Cycle Times 24 seconds

LOADING OPENING DIMENSIONS
Height 0.698 m
Width 0.700 m
Depth 0.500 m

PREA40

Bale Press Machines, Vertical Bale Press Machines

Used

Product Title

Categories (comma separated)

Description

Technical Specs (HTML)

Features (HTML)

This compact model offers long-lasting, trouble-free operation with strong conductivity.
The PREA-40 model has a low capacity. It is used in low and narrow spaces.
The model can be easily maneuvered by the operator. Optionally, it can be equipped with hand wheels.
The operating control panel is quite simple and straightforward.
Areas of use: This model is ideal for hotels, stores, supermarkers, workshops, gas stations, textile workshops, marine vessels, and restaurants.
This model's footprint is quite small. Its intended use allows you to save waste more quickly, depending on your daily capacity.
The bales produced by this model are quite light and easy to move.
The paint used on our models is electrostatic powder coating. It is a long-lasting, durable, and effective painting method. The materials used in our models include: packaging waste, cardboard waste, nylon waste, plastic waste, textile waste, wool waste, straw waste, scrap waste, paper waste, hard waste, yarn, fabric, fiber, etc.

Our models are tested using current technology by our professional team and engineers. They are manufactured with a preview of the service they will receive from the customer.
Our goal is to produce top-quality machines with zero defects.
Technical support is available throughout Europe.
Customer satisfaction is paramount for our company.

COMPACTOR DIMENSIONS
Height 1.694 m
Width 0.718 m
Depth 0.630 m
Weight 150 kg
Carriage Height 1.40 m
Power Supply 220-240 V
(single phase)
Motor 1.5 kW 13 Amp
Compressor Power Maximum 5 Tons
Noise Level 72 dB

BALE DIMENSIONS
Bale Height 0.600 m
Bale Width 0.535 m
Bale Depth 0.460 m
Bale Weight 40 kg
(Depending on the material used)
Cycle Times 20 seconds

LOADING OPENING DIMENSIONS
Height 0.490 m
Width 0.535 m
Depth 0.460 m

DOUBLE CASE 5595

Bale Press Machines, Textile Bale Press Machines

Used

Product Title

Categories (comma separated)

Description

Technical Specs (HTML)

DOUBLE CASE BALER PRESS 55 x 95 cm 200 KG 60 Tons 6 Bales   / Hour
DOUBLE CASE BALER PRESS 55 x 95 cm 220 KG 100 Tons 6 Bales  / Hour
DOUBLE CASE BALER PRESS 55 x 95 cm 220 KG 100 Tons 10 Bales / Hour
DOUBLE CASE BALER PRESS 55 x 95 cm 220 KG 100 Tons 14 Bales / Hour
DOUBLE CASE BALER PRESS 55 x 95 cm 220 KG 100 Tons 20 Bales / Hour
DOUBLE CASE BALER PRESS 55 x 95 cm 220 KG 100 Tons 30 Bales / Hour
DOUBLE BOX BALER PRESS 60 x 90 cm 220 KG 100 Tons 6 Bales   / Hour
DOUBLE BOX BALER PRESS 60 x 90 cm 220 KG 100 Tons 10 Bales  / Hour
DOUBLE BOX BALER PRESS 60 x 90 cm 220 KG 100 Tons 14 Bales  / Hour
DOUBLE BOX BALER PRESS 60 x 90 cm 220 KG 100 Tons 20 Bales  / Hour
DOUBLE BOX BALER PRESS 60 x 90 cm 220 KG 100 Tons 30 Bales  / Hour 
DOUBLE BOX BALER PRESS 70 x 110 cm 280 KG 100 Tons 6 Bales  / Hour
DOUBLE BOX BALER PRESS 70 x 110 cm 280 KG 100 Tons 10 Bales / Hour
DOUBLE BOX BALER PRESS 70 x 110 cm 280 KG 100 Tons 14 Bales / Hour
DOUBLE BOX BALER PRESS 55 x 95 cm 250 KG 150 Tons 6 Bales   / Hour
DOUBLE BOX BALER PRESS 55 x 95 cm 250 KG 150 Tons 10 Bales  / Hour
DOUBLE BOX BALER PRESS 55 x 95 cm 250 KG 150 Tons 14 Bales  / Hour
DOUBLE BOX BALER PRESS 55 x 95 cm 250 KG 150 Tons 20 Bales  / Hour
DOUBLE BOX BALER PRESS 55 x 95 cm 250 KG 150 Tons 30 Bales  / Hour
DOUBLE BOX BALER PRESS 70 x 110 cm 350 KG 150 Tons 6 Bales  / Hour
DOUBLE BOX BALER PRESS 70 x 110 cm 350 KG 150 Tons 10 Bales / Hour
DOUBLE BOX BALER PRESS 70 x 110 cm 350 KG 150 Tons 14 Bales / Hour
DOUBLE BOX BALER PRESS 70 x 110 cm 350 KG 150 Tons 20 Bales / Hour
DOUBLE BOX BALER PRESS 70 x 110 cm 350 KG 150 Tons 30 Bales / Hour

Features (HTML)

Designed for intensive and continuous production environments, this machine series delivers high productivity with output capacities ranging from 6 to 30 bales per hour. It is widely utilized in cotton ginning operations, yarn manufacturing plants, wool washing facilities, polyester fiber production lines, and textile recycling centers where large material volumes must be processed efficiently.

Double-box baling presses are advanced industrial solutions developed to ensure uninterrupted workflow in high-capacity facilities. Their dual-chamber structure allows simultaneous operations: while one chamber performs compression, the other can be loaded with material. This synchronized working principle significantly reduces idle time and enhances overall operational efficiency, making it ideal for businesses handling substantial quantities of raw materials or recyclable waste.

Engineered to compress bulky and lightweight materials such as cotton, fiber, wool, felt, textile residues, and synthetic yarn, double-box baling systems optimize storage space and simplify transportation. Equipped with automatic tying mechanisms, adjustable pressure controls, and user-friendly control interfaces, these machines reduce labor dependency while increasing production output.

Commonly preferred in textile recycling plants, spinning mills, cotton gins, and fiber processing facilities, double-box balers support sustainable manufacturing practices by delivering fast, efficient, and durable performance for long-term industrial use.

DOUBLE CASE A6090

Bale Press Machines, Textile Bale Press Machines

Used

Product Title

Categories (comma separated)

Description

Technical Specs (HTML)

DOUBLE CASE BALER PRESS 55 x 95 cm 200 KG 60 Tons 6 Bales   / Hour
DOUBLE CASE BALER PRESS 55 x 95 cm 220 KG 100 Tons 6 Bales  / Hour
DOUBLE CASE BALER PRESS 55 x 95 cm 220 KG 100 Tons 10 Bales / Hour
DOUBLE CASE BALER PRESS 55 x 95 cm 220 KG 100 Tons 14 Bales / Hour
DOUBLE CASE BALER PRESS 55 x 95 cm 220 KG 100 Tons 20 Bales / Hour
DOUBLE CASE BALER PRESS 55 x 95 cm 220 KG 100 Tons 30 Bales / Hour
DOUBLE BOX BALER PRESS 60 x 90 cm 220 KG 100 Tons 6 Bales   / Hour
DOUBLE BOX BALER PRESS 60 x 90 cm 220 KG 100 Tons 10 Bales  / Hour
DOUBLE BOX BALER PRESS 60 x 90 cm 220 KG 100 Tons 14 Bales  / Hour
DOUBLE BOX BALER PRESS 60 x 90 cm 220 KG 100 Tons 20 Bales  / Hour
DOUBLE BOX BALER PRESS 60 x 90 cm 220 KG 100 Tons 30 Bales  / Hour 
DOUBLE BOX BALER PRESS 70 x 110 cm 280 KG 100 Tons 6 Bales  / Hour
DOUBLE BOX BALER PRESS 70 x 110 cm 280 KG 100 Tons 10 Bales / Hour
DOUBLE BOX BALER PRESS 70 x 110 cm 280 KG 100 Tons 14 Bales / Hour
DOUBLE BOX BALER PRESS 55 x 95 cm 250 KG 150 Tons 6 Bales   / Hour
DOUBLE BOX BALER PRESS 55 x 95 cm 250 KG 150 Tons 10 Bales  / Hour
DOUBLE BOX BALER PRESS 55 x 95 cm 250 KG 150 Tons 14 Bales  / Hour
DOUBLE BOX BALER PRESS 55 x 95 cm 250 KG 150 Tons 20 Bales  / Hour
DOUBLE BOX BALER PRESS 55 x 95 cm 250 KG 150 Tons 30 Bales  / Hour
DOUBLE BOX BALER PRESS 70 x 110 cm 350 KG 150 Tons 6 Bales  / Hour
DOUBLE BOX BALER PRESS 70 x 110 cm 350 KG 150 Tons 10 Bales / Hour
DOUBLE BOX BALER PRESS 70 x 110 cm 350 KG 150 Tons 14 Bales / Hour
DOUBLE BOX BALER PRESS 70 x 110 cm 350 KG 150 Tons 20 Bales / Hour
DOUBLE BOX BALER PRESS 70 x 110 cm 350 KG 150 Tons 30 Bales / Hour

Features (HTML)

Specially developed for high-volume production processes, this machine series maximizes your productivity by offering capacity options from 6 to 30 bales per hour. Application areas include cotton gins, yarn production facilities, wool washing factories, polyester fiber production lines, and textile recycling facilities.
Double-box baling presses are high-efficiency industrial equipment designed for high-volume production facilities. These machines maintain production continuity and minimize time loss thanks to their ability to operate two separate chambers simultaneously. While compression is taking place in one chamber, material can be loaded into the other. This parallel operating principle is particularly advantageous for businesses handling high volumes of waste or raw materials.

Effective for baling bulky and lightweight materials such as cotton, fiber, wool, felt, textile scraps, and synthetic yarn, double-box systems save storage space and facilitate easy shipping. Equipped with features such as automatic binding, programmable pressure settings, and a user-friendly interface, these machines reduce labor while increasing production capacity.

Preferred in many industries, particularly textile recycling facilities, spinning mills, cotton gins, and fiber processing centers, these systems contribute to sustainable production. They offer efficient, fast, and long-lasting solutions.
Technical Specifications
PLC automation
Automatic opening and closing
Automatic casing loop
Hydraulic pusher
Adjustable filling time
High-level safety measures
Anti-vibration frame
Easy filling and user-friendly operation
Weighing Systems
Galvanized coating

DOUBLE CASE B70110

Bale Press Machines, Textile Bale Press Machines

Used

Product Title

Categories (comma separated)

Description

Technical Specs (HTML)

MODEL PRODUCT DESCRIPTION CASE SIZE BALE WEIGHT PRESS FORCE CAPACITY
DOUBLE CASE BALER PRESS 55 x 95 cm 200 KG 60 Tons 6 Bales   / Hour
DOUBLE CASE BALER PRESS 55 x 95 cm 220 KG 100 Tons 6 Bales  / Hour
DOUBLE CASE BALER PRESS 55 x 95 cm 220 KG 100 Tons 10 Bales / Hour
DOUBLE CASE BALER PRESS 55 x 95 cm 220 KG 100 Tons 14 Bales / Hour
DOUBLE CASE BALER PRESS 55 x 95 cm 220 KG 100 Tons 20 Bales / Hour
DOUBLE CASE BALER PRESS 55 x 95 cm 220 KG 100 Tons 30 Bales / Hour
DOUBLE BOX BALER PRESS 60 x 90 cm 220 KG 100 Tons 6 Bales   / Hour
DOUBLE BOX BALER PRESS 60 x 90 cm 220 KG 100 Tons 10 Bales  / Hour
DOUBLE BOX BALER PRESS 60 x 90 cm 220 KG 100 Tons 14 Bales  / Hour
DOUBLE BOX BALER PRESS 60 x 90 cm 220 KG 100 Tons 20 Bales  / Hour
DOUBLE BOX BALER PRESS 60 x 90 cm 220 KG 100 Tons 30 Bales  / Hour 
DOUBLE BOX BALER PRESS 70 x 110 cm 280 KG 100 Tons 6 Bales  / Hour
DOUBLE BOX BALER PRESS 70 x 110 cm 280 KG 100 Tons 10 Bales / Hour
DOUBLE BOX BALER PRESS 70 x 110 cm 280 KG 100 Tons 14 Bales / Hour
DOUBLE BOX BALER PRESS 55 x 95 cm 250 KG 150 Tons 6 Bales   / Hour
DOUBLE BOX BALER PRESS 55 x 95 cm 250 KG 150 Tons 10 Bales  / Hour
DOUBLE BOX BALER PRESS 55 x 95 cm 250 KG 150 Tons 14 Bales  / Hour
DOUBLE BOX BALER PRESS 55 x 95 cm 250 KG 150 Tons 20 Bales  / Hour
DOUBLE BOX BALER PRESS 55 x 95 cm 250 KG 150 Tons 30 Bales  / Hour
DOUBLE BOX BALER PRESS 70 x 110 cm 350 KG 150 Tons 6 Bales  / Hour
DOUBLE BOX BALER PRESS 70 x 110 cm 350 KG 150 Tons 10 Bales / Hour
DOUBLE BOX BALER PRESS 70 x 110 cm 350 KG 150 Tons 14 Bales / Hour
DOUBLE BOX BALER PRESS 70 x 110 cm 350 KG 150 Tons 20 Bales / Hour
DOUBLE BOX BALER PRESS 70 x 110 cm 350 KG 150 Tons 30 Bales / Hour

Features (HTML)

Developed for demanding, high-output production environments, this machine series is designed to maximize operational efficiency with production capacities ranging from 6 to 30 bales per hour. It is widely used in cotton ginning plants, yarn manufacturing facilities, wool washing factories, polyester fiber production lines, and textile recycling operations where continuous processing is essential.

Double-box baling presses are high-performance industrial systems engineered to support uninterrupted workflows in large-scale facilities. Their dual-chamber design allows one chamber to perform compression while the second chamber is loaded simultaneously, significantly reducing downtime and improving overall productivity. This synchronized operating principle makes them especially suitable for processing large volumes of raw materials or recyclable waste.

Designed for compressing bulky and lightweight materials such as cotton, fiber, wool, felt, textile residues, and synthetic yarn, double-box balers optimize storage space and simplify transportation. Equipped with automatic tying systems, adjustable pressure settings, and intuitive control interfaces, these machines reduce labor requirements while increasing throughput. Commonly preferred in textile recycling plants, spinning mills, cotton gins, and fiber processing facilities, they support sustainable production with reliable, efficient, and long-lasting performance.

Technical Specifications
PLC automation
Automatic opening and closing
Automatic casing loop
Hydraulic pusher
Adjustable filling time
High-level safety measures
Anti-vibration frame
Easy filling and user-friendly operation
Weighing Systems
Galvanized coating

SINGLE CASE A70110

Bale Press Machines, Textile Bale Press Machines

Used

Product Title

Categories (comma separated)

Description

Technical Specs (HTML)

Features (HTML)

"Thanks to our machine, which is specially designed for compressing bulky materials such as cotton, fiber, synthetic yarn, textile scraps and wool, you can minimize your shipping costs while saving storage space."
Textile bale press machines are specialized equipment used to compress lightweight and bulky textile waste or raw materials such as cotton, fiber, felt, and wool, making them more compact and transportable. These machines provide significant convenience, particularly in recycling facilities, textile production workshops, spinning mills, mattress production facilities, and agricultural areas. The compression process significantly reduces the volume of the materials, resulting in significant savings in both storage and transportation costs.
These machines are highly user-friendly and generally operate with hydraulic systems. The operator places soft textile materials in the hopper, closes the machine door, and initiates the pressing process. The pressure applied by the hydraulic piston compresses the material to the specified extent. The bale is then secured with binding wires or twine and removed. This process can be performed both manually and with semi-automatic systems.
Bale presses also offer advantages in terms of occupational safety, preventing the uncontrolled spread of waste and keeping the worksite tidy. They also play a crucial role in the initial stages of the recycling process, supporting sustainable production. They contribute to both environmentally friendly practices and optimize production processes. It is an indispensable solution for businesses looking to increase efficiency in the textile industry. 
Technical Specifications
PLC automation 	
Automatic opening and closing
Adjustable filling time
High-level safety measures
Anti-vibration frame
Easy filling and easy operation
Weighing Systems
Galvanized Coating

DOUBLE CASE 70110

Bale Press Machines, Textile Bale Press Machines

Used

Product Title

Categories (comma separated)

Description

Technical Specs (HTML)

Features (HTML)

Specially developed for high-volume production processes, this machine series maximizes your productivity by offering capacity options from 6 to 30 bales per hour. Application areas include cotton gins, yarn production facilities, wool washing factories, polyester fiber production lines, and textile recycling facilities.
Double-box baling presses are high-efficiency industrial equipment designed for high-volume production facilities. These machines maintain production continuity and minimize time loss thanks to their ability to operate two separate chambers simultaneously. While compression is taking place in one chamber, material can be loaded into the other. This parallel operating principle is particularly advantageous for businesses handling high volumes of waste or raw materials.

Effective for baling bulky and lightweight materials such as cotton, fiber, wool, felt, textile scraps, and synthetic yarn, double-box systems save storage space and facilitate easy shipping. Equipped with features such as automatic binding, programmable pressure settings, and a user-friendly interface, these machines reduce labor while increasing production capacity.

Preferred in many industries, particularly textile recycling facilities, spinning mills, cotton gins, and fiber processing centers, these systems contribute to sustainable production. They offer efficient, fast, and long-lasting solutions.

SINGLE CASE A5595

Bale Press Machines, Textile Bale Press Machines

Used

Product Title

Categories (comma separated)

Description

Technical Specs (HTML)

Features (HTML)

Textile bale press machines are engineered to efficiently compress bulky and lightweight textile materials such as cotton, fiber, synthetic yarn, felt, wool, and textile offcuts into compact, transport-ready bales. By drastically reducing material volume, these machines help businesses optimize storage areas and significantly lower shipping and logistics costs. They are widely used in recycling plants, textile manufacturing workshops, spinning mills, mattress production facilities, and agricultural operations where large quantities of soft materials are handled daily.

Operating primarily with hydraulic systems, textile bale presses are designed for ease of use and operational safety. Materials are loaded into the press chamber, compressed to the desired density, and securely tied with wire or twine. Available in manual and semi-automatic configurations, these machines improve workplace organization, enhance safety, support sustainable recycling practices, and increase overall efficiency within the textile industry.

Technical Specifications
PLC automation 	
Automatic opening and closing
Adjustable filling time
High-level safety measures
Anti-vibration frame
Easy filling and easy operation
Weighing Systems
Galvanized Coating

SINGLE CASE B6090

Bale Press Machines, Textile Bale Press Machines

Used

Product Title

Categories (comma separated)

Description

Technical Specs (HTML)

Features (HTML)

Textile Bale Press Machine - Air-Filled Soft Material - SINGLE CASE B6090

"Thanks to our machine, which is specially designed for compressing bulky materials such as cotton, fiber, synthetic yarn, textile scraps and wool, you can minimize your shipping costs while saving storage space."
Textile bale press machines are specialized equipment used to compress lightweight and bulky textile waste or raw materials such as cotton, fiber, felt, and wool, making them more compact and transportable. These machines provide significant convenience, particularly in recycling facilities, textile production workshops, spinning mills, mattress production facilities, and agricultural areas. The compression process significantly reduces the volume of the materials, resulting in significant savings in both storage and transportation costs.
These machines are highly user-friendly and generally operate with hydraulic systems. The operator places soft textile materials in the hopper, closes the machine door, and initiates the pressing process. The pressure applied by the hydraulic piston compresses the material to the specified extent. The bale is then secured with binding wires or twine and removed. This process can be performed both manually and with semi-automatic systems.
Bale presses also offer advantages in terms of occupational safety, preventing the uncontrolled spread of waste and keeping the worksite tidy. They also play a crucial role in the initial stages of the recycling process, supporting sustainable production. They contribute to both environmentally friendly practices and optimize production processes. It is an indispensable solution for businesses looking to increase efficiency in the textile industry.

Manual Tying Prem20

Bale Press Machines, Horizontal Bale Press Machines, Automatic Bale Press Machines

Used

Product Title

Categories (comma separated)

Description

Technical Specs (HTML)

Features (HTML)

Automatic Tying

Bale Press Machines, Horizontal Bale Press Machines, Automatic Bale Press Machines

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Bale Press Machines, Horizontal Bale Press Machines, Automatic Bale Press Machines

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90-Ton Automatic Horizontal Baler

The 90-ton automatic horizontal baler is a high-performance solution designed to compress large volumes of recyclable waste into dense and homogeneous bales. Equipped with a powerful hydraulic system, it efficiently processes materials such as cardboard, paper, plastic, and textile waste. Its fully automated operation, including feeding, pressing, and wire tying, ensures consistent and reliable performance while minimizing labor requirements. The horizontal design allows for high efficiency and stable bale formation, making it ideal for recycling facilities and industrial plants. With its robust construction, PLC-controlled automation, and optimized energy use, the 90-ton automatic horizontal baler delivers consistent results, low operating costs, and efficient waste management.

Automatic Bale Press Machines: Intelligent Compression Solutions for Industrial Waste Management

Automatic bale press machines are engineered to improve efficiency in industrial waste handling by compacting loose materials into dense, easy-to-store bales. By drastically reducing waste volume, these systems help businesses optimize storage areas and simplify transportation logistics. They are widely used in recycling and waste management operations for processing paper, cardboard, plastic, metal, and textile waste. With their fully automated operation, these machines reduce labor dependency while delivering measurable savings in operational time, costs, and facility space.

What Is an Automatic Bale Press Machine?

An automatic bale press machine is an industrial compression system that applies high hydraulic pressure to convert waste materials into uniform bales through a fully automated workflow. Feeding, compacting, baling, and securing the material are performed without constant operator supervision. This makes automatic bale presses particularly suitable for factories and recycling facilities that generate continuous and high-volume waste streams.

Main Technical Features of Automatic Bale Press Machines

Automatic bale press machines are manufactured in various sizes and capacities to meet different operational demands. Despite these differences, most models include the following core features:

Hydraulic Compression Force: High-pressure hydraulic systems typically deliver between 50 and 200 tons of force, producing compact and stable bales.

Throughput Capacity: Depending on motor strength, cylinder dimensions, and compression cycle speed, processing capacity generally ranges from 2 to 30 tons per hour.

Automatic Wire Tying System: Bales are securely tied with wire automatically, ensuring structural integrity during storage and transport.

PLC-Controlled Operation: Programmable Logic Control (PLC) systems provide precise digital control, monitoring, and consistent performance.

Automatic Feeding Conveyors: Integrated conveyor systems enable continuous and efficient material transfer into the compression chamber.

Standard Bale Dimensions: Typical bale sizes are around 800 × 1100 mm, with variations available based on manufacturer design and customer requirements.

Benefits of Automatic Bale Press Machines

Automatic bale press machines offer significant advantages for industrial and commercial operations:

Reduced Labor Requirements: Automation minimizes manual handling and supports uninterrupted production.

Improved Space Utilization: Compact bales free up valuable storage space and enhance warehouse organization.

Lower Operating Costs: Reduced transportation and storage volumes lead to long-term cost savings.

Environmental Sustainability: Efficient waste compression accelerates recycling processes and supports eco-friendly waste management.

Enhanced Occupational Safety: Limited manual intervention reduces the risk of workplace accidents.

Application Areas

Automatic bale press machines are used across a wide range of industries, including paper and cardboard production, plastic recycling facilities, food and beverage manufacturing plants, textile industries, logistics and distribution centers, and large retail operations.

Key Considerations When Selecting an Automatic Bale Press

When choosing an automatic bale press machine, businesses should carefully evaluate factors such as daily waste volume, material types, required bale size and weight, preferred automation level, and the availability of service and spare parts support.

Conclusion

Automatic bale press machines are essential equipment for modern industrial waste management. By combining high compression performance, energy efficiency, and minimal labor requirements, they help businesses achieve recycling goals while improving operational efficiency. With fast return on investment and long-term reliability, automatic bale presses provide a sustainable and cost-effective solution for efficient waste management systems.

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Bale Press Machines, Horizontal Bale Press Machines, Automatic Bale Press Machines

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<li>Feeding chamber (width length height) 110x130x85</li>
<li>Squeezing time 30 sec</li>
<li>Main press cylinder pressing power 70 tons</li>
<li>Wire binding 4 wire automatic binding</li>
<li>Working pressure: 200-280 bar</li>
<li>Electric motor power: 30 kW</li>
<li>Machine operation is electric automatic</li>
<li>Machine total weight=10,000 kg</li>
<li>Bale weight 500 -750 kg</li>
<li>Capacity 5 tons per hour</li>
<li>Filling chamber height 3.1 m from the ground</li>
<li>Base lower tables 20 mm ST 52 sheet platine</li>
<li>Side body sheets 15 mm sheet grid</li>
<li>Electrical automation panel siemens</li>
<li>Hydraulic pump 105 cc KAWASAKİ</li>
<li>PNC automation</li>
<li>Blasting reducers 2.2 kW 160 rpm 2 pieces</li>
<li>Blasting blades 120 pieces</li>
<li>Blasting mobile mobile</li>
<li>Pet blasting machine (one) 2 balls</li>
<li>Conveyor 13 meters steel conveyor 120 cm</li>
<li>power big powerful cooler</li>
<li>Automatic Bale Press Machines: Efficiency and Technology in Industrial Waste Management</li>

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Automatic Bale Press Machines: Efficiency and Technology in Industrial Waste Management
Automatic bale press machines are among the machines that offer high efficiency by compressing industrial waste to take up less space. These machines, which play an important role in recycling and waste management processes, are used especially in baling paper, plastic, cardboard, metal and textile waste. Thanks to their automatic working systems, they minimize the need for manpower and provide businesses with time, cost and space savings.
What is an Automatic Bale Press?
An automatic bale press is a machine that compresses waste with high pressure into compact bales and performs this process automatically. These machines can feed, compress, bale and tie waste without operator intervention. It is especially preferred in factories and recycling facilities that produce high volumes.
Explanations
Automatic bale press machines are produced in different capacities and features. However, these machines generally have the following technical features:
Pressing Power: It creates high density bales with hydraulic pressing power, which usually varies between 50 tons and 200 tons.
Capacity: It can vary between 2 and 30 tons per hour. This depends on the press's engine power, cylinder diameter and compression speed.
Automatic Wire Tying System: The process of tying the pressed waste with wire is done automatically so that it does not unravel.
PLC Control Panel: Thanks to the programmable logic control (PLC) system, the processes are digitally controlled and monitored.
Feeding Conveyor: There are automatic conveyor systems that allow the waste to be transported to the machine.
Bale Dimensions: Standard bale dimensions are generally 800x1100 mm and may vary depending on the manufacturer.
Advantages of Automatic Bale Press Machines
Time Saving: It reduces the need for labor and ensures production continuity thanks to the automatic working system.
Space Saving: Compressed waste takes up much less space, and efficiency in the storage area increases.
Cost Reduction: Provides significant savings in transportation and storage costs.

Environmentally Friendly: Accelerates recycling processes and supports environmentally friendly waste management.
Occupational Safety: Increases operator safety by minimizing manual intervention.
Areas of Use of Automatic Bale Presses
Automatic bale presses can be used in a wide variety of sectors:
Paper and cardboard factories
Plastic recycling facilities
Food and beverage production facilities
Textile industry
Logistics and storage centers
Market chains and retail areas
What to Consider When Choosing Automatic Bale Press Machines?
The following criteria should be considered when choosing a machine:
Daily waste amount of the business
Waste types (plastic, cardboard, metal, etc.)
Bale dimensions and weight requirements
Automation level (semi-automatic or fully automatic?)
Service and spare parts support
Conclusion
Automatic bale press machines are indispensable equipment for modern waste management processes. It is an ideal solution for businesses that want to achieve recycling and environmentally friendly production goals with high performance, low energy consumption and minimum labor requirement. Automatic bale presses are a technological solution that amortizes the investment cost in a short time for sustainable and efficient waste management.

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Bale Press Machines, Horizontal Bale Press Machines, Automatic Bale Press Machines

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<li>Bale dimensions 75*85 cm</li>
<li>Feeding chamber 75*130*85 width length height</li>
<li>Squeezing time 25 sec</li>
<li>Main press cylinder pressing power 50 tons</li>
<li>Wire binding 4 wires automatic binding</li>
<li>Working pressure 200-280 bar</li>
<li>Electric motor power 22 kW</li>
<li>Machine operation automatic</li>
<li>Machine weight 6,000 kg</li>
<li>Pet bale weight 200-300 kg</li>
<li>Paper bale weight 350-400 kg</li>
<li>Steel conveyor Z type 13 mt 120 cm wide</li>
<li>Blasting Machine 2 balls 1 unit</li>
<li>Daily capacity 1.5 tons per hour</li>
<li>Reducers 160 rpm 2.2 kW DR-272 yılmaz</li>
<li>Blasting motors 2.2 kW 2 pcs</li>
<li>blasting blades 120 pcs</li>
<li>blasting portable and mobile</li>
<li>Electrical switchgear automation panel Siemens</li>
<li>PNC will be applied in automation.</li>
<li>Filling chamber height from ground 3 mt</li>
<li>Base and side upper tables are made of 15 mm ST37 sheet metal</li>
<li>Hydraulic pump 85 cc KAWASAKI pump</li>
<li>power big powerful cooler</li>
<li>Automatic Bale Press Machines: Efficiency and Technology in Industrial Waste Management</li>

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Automatic Bale Press Machines: Modern Technology for Efficient Industrial Waste Control

Automatic bale press machines are advanced industrial solutions developed to optimize waste handling by compressing large volumes of industrial waste into compact, manageable bales. By significantly reducing the space required for storage and transportation, these machines have become a key component of contemporary recycling and waste management systems. They are widely used for processing materials such as paper, cardboard, plastics, metals, and textile waste. Their fully automated operating structure minimizes labor requirements while delivering measurable savings in time, cost, and operational space.

What Is an Automatic Bale Press Machine?

An automatic bale press machine is a high-pressure industrial unit designed to transform loose waste materials into dense, uniform bales through a fully automated process. Feeding, compressing, baling, and securing the material are carried out without continuous operator involvement. Due to this capability, automatic bale presses are especially preferred in factories and recycling facilities that generate large quantities of waste on a daily basis.

Core Technical Features of Automatic Bale Press Machines

Automatic bale press machines are manufactured in a variety of capacities and technical configurations to meet different industrial needs. Despite these variations, most machines are equipped with the following fundamental features:

Compression Force: Hydraulic systems generate high pressing forces, typically ranging from 50 to 200 tons, allowing the formation of compact and stable bales.

Operational Capacity: Depending on motor power, cylinder dimensions, and compression cycle speed, processing capacity generally varies between 2 and 30 tons per hour.

Automatic Wire Tying Mechanism: The compressed material is secured automatically with wire, ensuring bale integrity and preventing disintegration during handling.

PLC-Based Control System: Programmable Logic Control (PLC) technology enables digital monitoring, precise process control, and operational consistency.

Automated Feeding Conveyor: Integrated conveyor systems ensure continuous and efficient transfer of waste materials into the press chamber.

Bale Size Options: Standard bale dimensions are commonly around 800 × 1100 mm, with alternative sizes available depending on manufacturer specifications and operational requirements.

Key Advantages of Automatic Bale Press Machines

Automatic bale press machines offer numerous advantages for industrial operations:

Labor Efficiency: Automated processes significantly reduce the need for manual labor while ensuring uninterrupted operation.

Space Optimization: Compact bales occupy considerably less storage space, improving facility organization and logistics efficiency.

Cost Effectiveness: Reduced transportation and storage volumes lead to lower operational and logistical expenses.

Environmental Contribution: Efficient recycling workflows support sustainable and environmentally responsible waste management practices.

Enhanced Workplace Safety: Limited manual handling lowers the risk of workplace accidents and improves overall operator safety.

Application Areas of Automatic Bale Press Machines

Automatic bale press machines are utilized across a wide range of industries, including:

Paper and cardboard production facilities

Plastic recycling plants

Food and beverage manufacturing sites

Textile and apparel industries

Logistics warehouses and storage facilities

Retail chains and large commercial operations

Factors to Consider When Selecting an Automatic Bale Press Machine

Choosing the right automatic bale press machine requires careful evaluation of several critical factors:

Daily waste generation volume

Types of materials to be processed (plastic, cardboard, metal, etc.)

Required bale size and weight specifications

Preferred automation level (semi-automatic or fully automatic)

Availability of technical service, maintenance, and spare parts

Conclusion

Automatic bale press machines are essential equipment for efficient and sustainable industrial waste management. Combining high performance with low energy consumption and minimal labor requirements, they help businesses achieve recycling objectives while optimizing operational efficiency. With their rapid return on investment, automatic bale presses provide a long-term, cost-effective, and environmentally responsible solution for modern waste management systems.

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Bale Press Machines, Horizontal Bale Press Machines, Automatic Bale Press Machines

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Bale Press Machines, Horizontal Bale Press Machines, Automatic Bale Press Machines

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Product Title

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Description

Technical Specs (HTML)

<li>Bale dimensions 115*125 cm</li>
<li>Feeding chamber (width length height) 115*180*125</li>
<li>Squeezing time 30 seconds</li>
<li>Main pressing cylinder pressing power 120 tons</li>
<li>Wire binding 5 wire automatic binding</li>
<li>Working pressure: 200-280 bar</li>
<li>Electric motor power: 75 KW</li>
<li>Machine operation is electric automatic</li>
<li>Machine weight=20,000 kg</li>
<li>Bale weight= 1000 - 1400 kg</li>
<li>Conveyor belt Z type 16 mt 165 CM</li>
<li>Daily capacity 10 tons per hour</li>
<li>Filling chamber height 4 mt from the ground</li>
<li>Base side upper tables 25 mm ST 52 sheet platine</li>
<li>Side body sheets 20 mm sheet grid</li>
<li>Electrical automation panel siemens</li>
<li>PNC automation</li>
<li>Hydraulic pump 280 cc KAWASAKI</li>
<li>Automatic and skid blasting</li>
<li>Blasting reducers 2.2 kW 160 rpm 2 pieces</li>
<li>Blasting blades 120 pieces</li>
<li>Blasting mobile</li>
<li>Pet blasting machine (one) 2 balls</li>
<li>power big cooler</li>
<li>Automatic Bale Press Machines: Efficiency and Technology in Industrial Waste Management</li>

Features (HTML)

Automatic Bale Press Machines: Efficiency and Technology in Industrial Waste Management
Automatic bale press machines are among the machines that offer high efficiency by compressing industrial waste to take up less space. These machines, which play an important role in recycling and waste management processes, are used especially in baling paper, plastic, cardboard, metal and textile waste. Thanks to their automatic working systems, they minimize the need for manpower and provide businesses with time, cost and space savings.
What is an Automatic Bale Press?
An automatic bale press is a machine that compresses waste with high pressure into compact bales and performs this process automatically. These machines can feed, compress, bale and tie waste without operator intervention. It is especially preferred in factories and recycling facilities that produce high volumes.
Explanations
Automatic bale press machines are produced in different capacities and features. However, these machines generally have the following technical features:
Pressing Power: It creates high density bales with hydraulic pressing power, which usually varies between 50 tons and 200 tons.
Capacity: It can vary between 2 and 30 tons per hour. This depends on the press's engine power, cylinder diameter and compression speed.
Automatic Wire Tying System: The process of tying the pressed waste with wire is done automatically so that it does not unravel.
PLC Control Panel: Thanks to the programmable logic control (PLC) system, the processes are digitally controlled and monitored.
Feeding Conveyor: There are automatic conveyor systems that allow the waste to be transported to the machine.
Bale Dimensions: Standard bale dimensions are generally 800x1100 mm and may vary depending on the manufacturer.
Advantages of Automatic Bale Press Machines
Time Saving: It reduces the need for labor and ensures production continuity thanks to the automatic working system.
Space Saving: Compressed waste takes up much less space, and efficiency in the storage area increases.
Cost Reduction: Provides significant savings in transportation and storage costs.

Environmentally Friendly: Accelerates recycling processes and supports environmentally friendly waste management.
Occupational Safety: Increases operator safety by minimizing manual intervention.
Areas of Use of Automatic Bale Presses
Automatic bale presses can be used in a wide variety of sectors:
Paper and cardboard factories
Plastic recycling facilities
Food and beverage production facilities
Textile industry
Logistics and storage centers
Market chains and retail areas
What to Consider When Choosing Automatic Bale Press Machines?
The following criteria should be considered when choosing a machine:
Daily waste amount of the business
Waste types (plastic, cardboard, metal, etc.)
Bale dimensions and weight requirements
Automation level (semi-automatic or fully automatic?)
Service and spare parts support
Conclusion
Automatic bale press machines are indispensable equipment for modern waste management processes. It is an ideal solution for businesses that want to achieve recycling and environmentally friendly production goals with high performance, low energy consumption and minimum labor requirement. Automatic bale presses are a technological solution that amortizes the investment cost in a short time for sustainable and efficient waste management.

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Bale Press Machines, Horizontal Bale Press Machines, Automatic Bale Press Machines

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Product Title

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Technical Specs (HTML)

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Automatic Bale Press Machines: Innovative Solutions for Industrial Waste Management

Automatic bale press machines are advanced industrial systems designed to maximize efficiency by compressing large volumes of industrial waste into compact forms. By significantly reducing the space required for storage and transportation, these machines have become essential components of modern recycling and waste management operations. They are commonly used for baling materials such as paper, cardboard, plastics, metals, and textile waste. Thanks to their automated operating mechanisms, they reduce workforce dependency while delivering substantial savings in time, cost, and facility space.

What Is an Automatic Bale Press Machine?

An automatic bale press machine is a high-pressure compression system that converts loose waste materials into dense, uniform bales through a fully automated process. Material feeding, compression, baling, and wire tying are all performed without continuous operator involvement. For this reason, automatic bale presses are widely preferred in factories and recycling facilities that generate large volumes of waste on a daily basis.

Technical Specifications of Automatic Bale Press Machines

Automatic bale press machines are manufactured in various capacities and configurations to meet different industrial requirements. Despite these variations, most models are equipped with the following core technical features:

Pressing Force: Hydraulic systems provide compression forces typically ranging from 50 to 200 tons, producing high-density and stable bales.

Processing Capacity: Output capacity generally ranges between 2 and 30 tons per hour, depending on motor power, cylinder diameter, and compression speed.

Automatic Wire Tying System: The baled material is secured with wire automatically, ensuring bale integrity and preventing material dispersion.

PLC Control Panel: Programmable Logic Control (PLC) technology enables digital monitoring and precise control of the entire operating process.

Feeding Conveyor System: Automatic conveyor units transport waste materials efficiently into the press, supporting continuous operation.

Bale Dimensions: Standard bale sizes are typically around 800 × 1100 mm and may vary based on manufacturer specifications and customer requirements.

Advantages of Automatic Bale Press Machines

Automatic bale press machines offer a wide range of operational and economic advantages:

Time Efficiency: Automation reduces manual labor and ensures uninterrupted production cycles.

Space Optimization: Compressed bales require significantly less storage space, increasing warehouse efficiency.

Cost Efficiency: Lower transportation and storage volumes result in considerable cost savings.

Environmental Sustainability: Faster and more efficient recycling processes support environmentally responsible waste management practices.

Improved Occupational Safety: Minimal manual handling reduces workplace risks and enhances operator safety.

Application Areas of Automatic Bale Press Machines

Automatic bale press machines are widely used across numerous industries, including paper and cardboard manufacturing, plastic recycling facilities, food and beverage production plants, textile industries, logistics warehouses, and large retail operations.

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Bale Press Machines, Horizontal Bale Press Machines, Automatic Bale Press Machines

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Automatic Bale Press Machines: Efficiency and Technology in Industrial Waste Management
Automatic bale press machines are among the machines that offer high efficiency by compressing industrial waste to take up less space. These machines, which play an important role in recycling and waste management processes, are used especially in baling paper, plastic, cardboard, metal and textile waste. Thanks to their automatic working systems, they minimize the need for manpower and provide businesses with time, cost and space savings.
What is an Automatic Bale Press?
An automatic bale press is a machine that compresses waste with high pressure into compact bales and performs this process automatically. These machines can feed, compress, bale and tie waste without operator intervention. It is especially preferred in factories and recycling facilities that produce high volumes.
Explanations
Automatic bale press machines are produced in different capacities and features. However, these machines generally have the following technical features:
Pressing Power: It creates high density bales with hydraulic pressing power, which usually varies between 50 tons and 200 tons.
Capacity: It can vary between 2 and 30 tons per hour. This depends on the press's engine power, cylinder diameter and compression speed.
Automatic Wire Tying System: The process of tying the pressed waste with wire is done automatically so that it does not unravel.
PLC Control Panel: Thanks to the programmable logic control (PLC) system, the processes are digitally controlled and monitored.
Feeding Conveyor: There are automatic conveyor systems that allow the waste to be transported to the machine.
Bale Dimensions: Standard bale dimensions are generally 800x1100 mm and may vary depending on the manufacturer.
Advantages of Automatic Bale Press Machines
Time Saving: It reduces the need for labor and ensures production continuity thanks to the automatic working system.
Space Saving: Compressed waste takes up much less space, and efficiency in the storage area increases.
Cost Reduction: Provides significant savings in transportation and storage costs.

Environmentally Friendly: Accelerates recycling processes and supports environmentally friendly waste management.
Occupational Safety: Increases operator safety by minimizing manual intervention.
Areas of Use of Automatic Bale Presses
Automatic bale presses can be used in a wide variety of sectors:
Paper and cardboard factories
Plastic recycling facilities
Food and beverage production facilities
Textile industry
Logistics and storage centers
Market chains and retail areas
What to Consider When Choosing Automatic Bale Press Machines?
The following criteria should be considered when choosing a machine:
Daily waste amount of the business
Waste types (plastic, cardboard, metal, etc.)
Bale dimensions and weight requirements
Automation level (semi-automatic or fully automatic?)
Service and spare parts support
Conclusion
Automatic bale press machines are indispensable equipment for modern waste management processes. It is an ideal solution for businesses that want to achieve recycling and environmentally friendly production goals with high performance, low energy consumption and minimum labor requirement. Automatic bale presses are a technological solution that amortizes the investment cost in a short time for sustainable and efficient waste management.

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Bale Press Machines, Horizontal Bale Press Machines, Automatic Bale Press Machines

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Technical Specs (HTML)

<li>Bale dimensions 125*115 cm</li>
<li>Feeding chamber (width length height) 115*180*125</li>
<li>Squeezing time 30 seconds</li>
<li>Main press cylinder pressing power 150 tons</li>
<li>Wire binding 5 wire automatic binding</li>
<li>Working pressure: 200-280 bar</li>
<li>Electric motor power: 2 X 55 KW</li>
<li>Machine operation is electric automatic</li>
<li>Machine weight=25,000 kg</li>
<li>Bale weight= 1250 - 1500 kg</li>
<li>Conveyor belt Z type 16 mt 165 CM</li>
<li>Daily capacity 16 tons per hour</li>
<li>Filling chamber height 4 mt from the ground</li>
<li>Base side upper tables 30 mm ST 37 sheet platine</li>
<li>Side body sheets 25 mm</li>
<li>Electrical automation panel siemens</li>
<li>Hydraulic pump 200 cc + 140 cc KAWASAKİ</li>
<li>PNC automation</li>
<li>Conveyor dimensions 165 cm x 1600 cm width and length</li>
<li>Drum gear diameter 45 cm and 4 drums</li>
<li>Chain link thickness 6 mm</li>
<li>Conveyor electric motor power 5.5 kW</li>
<li>Pallet sheet thickness 5 mm laser cutting</li>
<li>Conveyor transmission YILMAZ KR-573 15 D/D</li>
<li>power big cooler</li>
<li>Automatic Bale Press Machines: Efficiency and Technology in Industrial Waste Management</li>

Features (HTML)

Automatic Bale Press Machines: Efficiency and Technology in Industrial Waste Management
Automatic bale press machines are among the machines that offer high efficiency by compressing industrial waste to take up less space. These machines, which play an important role in recycling and waste management processes, are used especially in baling paper, plastic, cardboard, metal and textile waste. Thanks to their automatic working systems, they minimize the need for manpower and provide businesses with time, cost and space savings.
What is an Automatic Bale Press?
An automatic bale press is a machine that compresses waste with high pressure into compact bales and performs this process automatically. These machines can feed, compress, bale and tie waste without operator intervention. It is especially preferred in factories and recycling facilities that produce high volumes.
Explanations
Automatic bale press machines are produced in different capacities and features. However, these machines generally have the following technical features:
Pressing Power: It creates high density bales with hydraulic pressing power, which usually varies between 50 tons and 200 tons.
Capacity: It can vary between 2 and 30 tons per hour. This depends on the press's engine power, cylinder diameter and compression speed.
Automatic Wire Tying System: The process of tying the pressed waste with wire is done automatically so that it does not unravel.
PLC Control Panel: Thanks to the programmable logic control (PLC) system, the processes are digitally controlled and monitored.
Feeding Conveyor: There are automatic conveyor systems that allow the waste to be transported to the machine.
Bale Dimensions: Standard bale dimensions are generally 800x1100 mm and may vary depending on the manufacturer.
Advantages of Automatic Bale Press Machines
Time Saving: It reduces the need for labor and ensures production continuity thanks to the automatic working system.
Space Saving: Compressed waste takes up much less space, and efficiency in the storage area increases.
Cost Reduction: Provides significant savings in transportation and storage costs.

Environmentally Friendly: Accelerates recycling processes and supports environmentally friendly waste management.
Occupational Safety: Increases operator safety by minimizing manual intervention.
Areas of Use of Automatic Bale Presses
Automatic bale presses can be used in a wide variety of sectors:
Paper and cardboard factories
Plastic recycling facilities
Food and beverage production facilities
Textile industry
Logistics and storage centers
Market chains and retail areas
What to Consider When Choosing Automatic Bale Press Machines?
The following criteria should be considered when choosing a machine:
Daily waste amount of the business
Waste types (plastic, cardboard, metal, etc.)
Bale dimensions and weight requirements
Automation level (semi-automatic or fully automatic?)
Service and spare parts support
Conclusion
Automatic bale press machines are indispensable equipment for modern waste management processes. It is an ideal solution for businesses that want to achieve recycling and environmentally friendly production goals with high performance, low energy consumption and minimum labor requirement. Automatic bale presses are a technological solution that amortizes the investment cost in a short time for sustainable and efficient waste management.

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