Performance Parameters

Nominal Force: 2000 kN, equivalent to 200 tonnes of pressure, enabling effective compression and baling of cotton.

Bale Dimensions: Typically 800 × 400 × 600 mm, facilitating storage, transportation and subsequent processing.

Bale Weight: Approximately 90 kg per bale, ensuring standardised and consistent bale weight.

Hourly Output: Varies by model and configuration. For instance, the standard MDY200T achieves 12-15 bales per hour, while the high-speed MDY200T Pro reaches 20-25 bales per hour.

Number of strapping wires: Typically 8 wires (steel or plastic strapping) to ensure secure binding of compressed bales and prevent loosening.

Operating Modes: Features both automatic and manual operation modes. This enables automated continuous operation to enhance production efficiency, while also allowing manual control during special circumstances for convenient debugging and maintenance.

Feed Method: Utilises hydraulic feeding to deliver cotton steadily and efficiently to the baling position, ensuring uninterrupted baling operations.

Main compression motor power: 30kW-6, delivering robust power to the baler and ensuring the main compression cylinder performs rapid, stable compression.

Cotton feeding and pre-compression motor power: 22kW-4 or 30kW-4 (varies by model), providing sufficient power for cotton feeding and pre-compression operations.

Structural Features

Mainframe Construction: Employing a robust frame design capable of withstanding immense pressure, ensuring stability and reliability during operation. The enclosure is fabricated from high-grade steel, offering excellent wear resistance and corrosion resistance for long-term service.

Hydraulic System: Comprising a reservoir, gear pump assembly, plunger pump assembly, control valve station, and associated actuator cylinders with piping. Through rational hydraulic circuit design, it achieves dual-pump oil supply to the main pressure cylinder, enabling high-flow rapid baling while ensuring stable system pressure and precise flow control.

Electrical Control System: Equipped with an advanced PLC control system, enabling precise control and automated operation of all processes within the baler. The touchscreen interface offers simple, intuitive operation, facilitating parameter settings, fault diagnosis, and equipment monitoring for operators.

Product Advantages

High Automation: Automatically performs pre-compression, metering, bale rotation, sample extraction, bale removal, and discharge, minimising manual intervention to enhance productivity and reduce labour intensity.

Superior Baling Quality: Compresses cotton into uniformly dense bales under 200 tonnes of pressure, ensuring consistent shape and density. This facilitates efficient storage and transportation while minimising material loss during transit.

High safety performance: Equipped with safety barriers, emergency stop buttons, automatic warning lights, automatic alarm horns, and automatic bale-locking devices, ensuring operator safety. Concurrently, the use of high-pressure filters with clogging indicators, photoelectric switches, high-performance proximity switches, and electric contact pressure gauges safeguards the equipment itself.

Versatile Application: Beyond cotton baling, it is widely applicable for compressing and packaging lightweight, loose materials such as synthetic fibres, hemp, wool, straw, medicinal herbs, and recycled materials, demonstrating strong versatility.

Application Fields

Cotton Processing Enterprises: A critical component in cotton processing lines, compressing loose cotton into standard bales for efficient storage, transportation, and sales.

Textile Industry: Following cotton procurement, textile enterprises may utilise the 200T cotton baler to repackage cotton, thereby improving the management and utilisation of raw cotton materials.

Recycling Industry: For recycled waste cotton, synthetic fibres, and similar materials, compression baling via the 200T cotton baler reduces space requirements, enhances transport efficiency, and lowers recycling costs.