Structure: integrated correction and unwinding frame, pneumatic loading, EPC horizontal correction mechanism, automatic tension control
Roll width range: 100~2970mm
Unwinding diameter (maximum): Φ356mm
Unwinding magnetic powder tension: 200N.m
LPC lateral correction accuracy: ±0.4mm
Maximum unwinding load: 800kg
Air shaft pneumatic unwinding frame, which makes the winding up and down fast and convenient
With EPC to ensure neat rewinding
The tension uses magnetic powder and PLC automatically calculates the roll diameter to achieve automatic tension control, making the tension control of the film more scientific and accurate
Magnetic powder controlled unwinding makes tension control softer, with no residual torque and high tension control accuracy
Slitting Part
Round knife or razor knife cutting method
The razor knife incorporates grooved roller to support slitting
The edge materials in the slitting part are blown by the waste exhaust fan to the waste box for collection
Rewinding Unit
Structure: two air-expanding shafts rewind up and down, automatic tension control, the rewinding shaft is dual-purpose (can be opened on one side or unload entire shaft), the motor automatically rewinds
Rewinding diameter (maximum): Φ356mm
Rewinding motor power: 7.5kW
Maximum winding load: 300kg
The air-expanding shaft can adapt to a wide range of materials, and can keep the tension of the substrate stable when taking up ink printing at the same time and when the material thickness is uneven
The tension is automatically calculated by PLC and the roll diameter is calculated
The motor's active winding enables a wide tension control range, no residual torque, and high tension control accuracy
Unloading Unit
Unloading device, the rewinding shaft can be opened unilaterally or the entire shaft can be unloaded
Machine Frame
Made of steel plate, the thickness of the steel plate is 30mm
Air Hydraulic System
This machine mostly uses pneumatic and hydraulic actuators, which are centrally operated by the panel and executed by solenoid valves. It has a high degree of automation and reduces labor intensity
