⚙️ Industrial Plastic Waste Size Reduction Machine
The USF-6 plastic grinding system is engineered for heavy-duty recycling operations where large plastic components must be processed rapidly. This machine delivers a productivity range of 250–350 kg/h, allowing recycling facilities to handle significant volumes of polymer waste. It supports input materials up to 650 × 400 mm, enabling operators to feed large plastic items, industrial scraps, and bulky packaging waste directly into the grinding chamber.

⚡ High-Power Drive and Precision Cutting Tools
This model operates with a strong 15 kW electric drive, ensuring continuous and stable performance during demanding processing tasks. Inside the grinding unit, 10 cutting knives are installed to perform high-speed fragmentation of plastic materials. The multi-knife arrangement improves cutting accuracy and ensures uniform particle size after the grinding process.

📏 Robust Frame and Equipment Dimensions
The machine features a durable steel structure with overall measurements of 1700 × 1200 × 1800 mm. Its total mass of approximately 0.8 tons provides operational stability and reduces mechanical vibration during processing. The reinforced design supports long-term industrial usage and reliable performance.

🏭 Industrial Sectors and Operational Use
The USF-6 grinding equipment is commonly utilized in plastic recycling plants, packaging manufacturing industries, polymer material processing workshops, and waste management facilities. It can process plastic crates, containers, packaging film, molded plastic parts, production scraps, and other plastic-based materials generated in PE, PP, and similar polymer manufacturing processes.

♻️ Material Preparation for Recycling Production Lines
By reducing plastic waste into smaller fragments, this machine prepares materials for the next recycling stages such as washing, drying, melting, and pelletizing. The grinding process improves material handling efficiency, reduces storage space requirements, and helps manufacturers recover reusable plastic resources for future production.