High Precision Frictional Mid-Speed Cutter for Drum-Shaped Plastic Film - China Suppliers and Factory
Main configuration characteristics
This machine adopt left/right pneumatic shaft interlace center rolling mode, suitable for multi-strip cutting.
Main machine adjusts speed with variable frequency, main rubber transmission with constant speed, which makes the cutting speed constantly.
With function of auto count meter for length, auto halt at certain length.
With anvil blade and blower for rim charge.
Unreeling adopts magnetic actuator with tension control.
Unreeling material adopts auto loading equipment.
With Photoelectric correction system, which can cutting precisely by tracing the brim of raw material.
Technical parameters
| Parameter Item | Specification Details |
|---|---|
| The speed of the machine | 5-380m/min |
| Rewinding diameter | φ800mm |
| Machine width | 650-2500mm |
| Slitting width | 20-2500mm |
| Rewinding diameter (secondary) | φ500mm |
| Correction | photoelectric tracking / with edge or tracking |
| Tension control | the constant tension control of magnetic powder |
| Total power | 2.2-8.5Kw |
Frequently Asked Questions
What is the maximum operating speed of this machine?
The machine features a variable frequency speed adjustment system, allowing it to operate efficiently at a speed range of 5 to 380 meters per minute (5-380m/min).
What are the supported slitting and machine width ranges?
The machine accommodates a width range of 650mm to 2500mm, while the adjustable slitting width ranges from 20mm to 2500mm to suit various production requirements.
How does the machine control tension during operation?
The unreeling mechanism uses a magnetic actuator that provides constant tension control through magnetic powder, ensuring stable material processing.
Does the system support automatic length measurements?
Yes, the machine is equipped with an auto count meter function for length tracking, and it features an auto-halt function to stop the process once a set length is reached.
How is high cutting precision achieved?
High precision is achieved through a Photoelectric correction system, which ensures accurate cutting by tracking the edge or brim of the raw material.