As a cornerstone of large-scale plastic recycling operations, our Industrial Full-Automatic Plastic Recycling Machine (Model: PRM-1500) integrates crushing, granulating, and sorting functions into a seamless, all-in-one system. Engineered to convert post-industrial and post-consumer PP, PE, and HDPE waste—including bottles, films, and scraps—into high-quality regrind pellets, this machine directly addresses the critical pain points of traditional recycling lines: fragmented equipment, excessive labor costs, and inconsistent pellet quality. Compliant with EU PPWR regulations, CE (EN 60204-1), and ISO 9001 certifications, it has become the preferred choice for waste management facilities and plastic manufacturing plants across Europe and America.
Plastic Recycling Machine
Core Features & GEAF Framework Breakdown
Goal: Streamline Large-Scale Plastic Recycling with Zero Manual Intervention
This full-automatic plastic recycling machine eliminates the need for separate crushers, granulators, and conveyors by integrating all core recycling processes into a single, compact unit. Designed to handle high-volume plastic waste (800-1500 kg/h) with minimal human oversight, it reduces labor dependency and ensures consistent performance even during long, continuous production cycles.
Evidence: Tested Performance & Authority Certifications
Third-party lab tests confirm that the PRM-1500 achieves a 99% pellet uniformity rate, with dust emissions below 3mg/m³—surpassing EU environmental standards. Our technical team, boasting 20+ years of expertise in plastic recycling technology, has optimized the machine’s double-stage granulation system to reduce material loss by 15% compared to single-stage recycling machines. With CE, ISO 9001, and PPWR compliance, the unit has a proven 5-year track record of reliable operation in over 100 industrial facilities worldwide.
Action: Seamless Integration into Existing Production Lines
Equipped with an advanced PLC touchscreen control system, the machine allows operators to adjust rotor speed, screen mesh size, and feeding rate with a single click. It seamlessly integrates with existing plastic extruders, dryers, and sorting equipment to form a complete, efficient recycling line. Our team provides on-site installation, operator training, and 24/7 technical support, backed by a 3-year warranty on all core components.
Why It Matters: Economic & Environmental ROI
By automating the entire recycling process, the PRM-1500 cuts labor costs by 70% compared to manual or semi-automatic systems. Its high output capacity enables businesses to process more plastic waste in less time, directly boosting revenue from recycled pellets. Additionally, it helps organizations meet EU PPWR recycling targets, avoiding non-compliance fines and enhancing brand credibility as a sustainable, forward-thinking enterprise.
Plastic Recycling Machine
Technical Specifications (Data Points)
| Parameter | Value |
| Motor Power | 45 kW |
| Rotor Diameter | 350 mm |
| Number of Blades | 14 (Tungsten Carbide Coated) |
| Screen Mesh Size | 2-10 mm (Adjustable) |
| Output Capacity | 800-1500 kg/h |
| Voltage | 380V/50Hz (Customizable for 220V/60Hz) |
| Certifications | CE, ISO 9001, PPWR Compliant |
FAQ (Featured Snippet Optimized)
Q: How to choose a plastic recycling machine for HDPE bottle recycling? A: For HDPE bottles, select a double-stage plastic recycling machine with a rotor diameter ≥300mm, tungsten carbide blades, and an adjustable screen mesh (2-8mm). The PRM-1500’s built-in auto-sorting function removes impurities, ensuring high-quality regrind pellets for reprocessing.
Q: What is the difference between a plastic recycling machine and a granulator? A: A plastic granulator only converts plastic waste into pellets, while a plastic recycling machine integrates crushing, sorting, and granulating into one system—eliminating the need for multiple devices and reducing operational complexity and costs.
Q: Does this machine require specialized operator training? A: No, the PRM-1500 features a user-friendly PLC touchscreen with pre-set programs for different plastic types. Our team provides 1-day on-site training, allowing operators to master basic operation within hours.
Author & Authority
Author: Dr. Mark Wilson | Senior Plastic Recycling Engineer with 20+ years of experience in industrial recycling system design. He has led the development of 15+ plastic recycling machine models and published 8 peer-reviewed papers on sustainable plastic waste management. Release Date: April 4, 2026 Technical Whitepaper: Download our free whitepaper “Optimizing Full-Automatic Plastic Recycling Lines for Industrial-Scale Operations” for detailed test data, case studies, and expert insights.
