Brief: In this video, we walk you through the operation of the Heavy Duty PP Strapping Coil Winder Machine. You'll see how its automated twin-screw extrusion system synchronizes with the winding unit to produce consistent, high-quality polypropylene strapping coils. We demonstrate the PLC-controlled tension and speed adjustments that ensure uniform coil formation, and showcase the heavy-duty construction designed for reliable industrial performance.
Related Product Features:
Automated twin-screw extrusion system for seamless synchronization between strap production and coil winding.
Servo-driven winding unit with PLC control and HMI interface for precise adjustment of speed and tension.
Operates at 0.6MPa working pressure to maintain uniform coil formation under varying conditions.
Heavy-duty frame and drive components designed for long-term industrial use and minimal maintenance.
Maximum winding diameter of 1200mm to accommodate large-scale production needs.
Rewind-up range of 8mm to 32mm for flexibility in strapping band specifications.
Continuous high-speed operation optimized for industrial-scale packaging lines.
Compact dimensions of 2100mm x 2050mm x 910mm for efficient floor space utilization.
FAQs:
What is the maximum operating pressure of this coil winder machine?
The system has a maximum operating pressure of 0.8MPa, with a minimum operating pressure of 0.6MPa for optimal performance.
What type of strapping material is this machine designed for?
This machine is specifically engineered for the automated production of polypropylene (PP) strapping coils, ensuring precise tension control and consistent output quality.
How is the coil winding process controlled and adjusted?
The winding process is controlled through a PLC system with an HMI interface, allowing automated adjustment of coil speed, tension, and alignment for uniform formation.
What are the key dimensions and weight of this equipment?
The machine measures 2100mm x 2050mm x 910mm and weighs approximately 1200kg, featuring a compact yet robust design for industrial environments.