Description

Work Flow:

The sintered PTFE billet is passed through the iron shaft and fixed on the skiving machine.

After locking, initial settings are made. The speed is set according to the diameter and thickness of the PTFE billet. The rotary knife is adjusted and error verification is performed after jogging rotary cutting. Once the thickness meet requirement, switch to automatic mode. The spindle rotates while the rotary tool feeds vertically.

Features of PTFE film scraping machine:

– Voltage resistance

– High breakdown voltage

– Temperature adjustable capability

– Chemical resistance

– Long working hours

 – Low friction

– Surface protection material The machine uses a Taiwan AC motor with inverter mounting, ensuring fast and steady acceleration and deceleration.

PTFE Film Skiving Machine key specifications:

– Rotary cutting length range: 750mm (minimum) – 1500mm (maximum)

– Rotary cutting diameter range: 105mm (minimum) – 800mm (maximum for billet: 500mm)

– PTFE sheet thickness range: 0.20mm – 6mm

– Main motor power: 30kw

– The overall machine dimension: 6600×2500×1500  mm

– Weight: 10500 kg

Main frame details: Composite structure;

size of rotary cutting machine: length -1500 mm, width -80 mm, thickness -13 mm;

size of spindle:1750 mm *132 mm *126 mm

Main Par of PTFE film scraping machine:

1. Main transmission part: Taiwan AC motor with inverter ensures fast and steady acceleration and deceleration.
2. Central control unit: Programmable central control allows setting various sizes on the same axis (up to 20), enabling automatic transmission and cutting.
3. Operation panel: All functions can be operated on a Taiwan Wein View LCD touch screen measuring at least10.4″.
4. Motor control system: The central control system adopts PLC programmable controller which enables setting various sizes on the same axis as well as automatically adjusting cutting width.
5. Roller cutting positioning system: The roller cutting positioning is controlled by a Mitsubishi servo motor. It utilizes an imported high-precision ball screw to set the size, while the load of the cutter seat is supported by the linear slide rail.
6. Blade feed positioning system: The blade feed is controlled by a Mitsubishi servo motor, allowing for adjustable cutting speed in three stages. This enhances production efficiency and ensures optimal quality.
7. Automatic angle adjustment of circular blade: A Mitsubishi servo motor calculates and adjusts the angle of the circular blade based on different materials (with an angle change range of ±8°). When encountering uneven cutting surfaces, the cutting angle can be directly modified to improve efficiency.