⚙️ High-Performance Plastic Grinding System
The USF-5 plastic waste grinding machine is designed for industrial recycling operations where large volumes of plastic scrap must be processed efficiently. With a production capacity of 200–280 kg/h, this unit helps factories reduce plastic waste quickly and prepare materials for further recycling stages. It can accept input pieces up to 500 × 350 mm, allowing operators to process large plastic components, packaging waste, and production leftovers.

⚡ Powerful Motor and Cutting Efficiency
Equipped with a strong 11 kW electric motor, the USF-5 ensures stable and continuous operation even during heavy-duty workloads. The internal grinding chamber contains 8 high-strength knives, which rotate at high speed to cut and break plastic materials into smaller fragments. This cutting configuration significantly improves processing speed and productivity.

📐 Machine Size and Structural Stability
The equipment features a robust industrial frame with overall dimensions of 1500 × 900 × 1700 mm. The machine weighs approximately 0.6 tons, providing excellent stability during operation and minimizing vibration. Its compact yet durable construction makes it suitable for installation in recycling workshops and manufacturing plants with limited space.

🏭 Industrial Applications and Usage Fields
The USF-5 grinder is widely used in plastic recycling facilities, packaging production factories, film manufacturing plants, and polymer processing industries. It is suitable for grinding plastic bags, stretch film, packaging film, plastic containers, injection molded products, and other plastic manufacturing scraps generated in PE, PP, and similar polymer production lines.

♻️ Efficient Preparation for Recycling Lines
This equipment serves as an essential first stage in plastic recycling systems. By converting large plastic waste into smaller crushed pieces, it simplifies material transportation, washing, melting, and pelletizing processes. As a result, manufacturers can improve recycling efficiency, reduce waste volume, and optimize raw material reuse.