1.Low-E film removal:
The mechanical film removal technology is adopted to accurately remove the Low-E film layer on the glass surface to ensure that the edge of the film removal area is neat and free of residue.
Supports the removal of multiple Low-E film types (such as single silver, double silver, triple silver, etc.).
2. High precision cutting:
Equipped with CNC cutting system, support straight line, curve, special-shaped cutting, to meet the needs of complex shapes.
The cutting accuracy is high, and the error is controlled within ± 0.2mm.
3. Intelligent control:
Equipped with advanced CNC numerical control system to support automatic operation.
The film removal and cutting path can be preset by software to realize mass production.
Support docking with MES or ERP system to realize real-time management of production data.
4. Multi-functional integration:
Film removal and cutting functions are integrated in one device to reduce process transfer and improve production efficiency.
1. High efficiency and energy saving:
Mechanical membrane removal technology does not require the use of chemical reagents, reducing environmental pollution.
2. High adaptability:
Support a variety of Low-E film type and glass thickness processing, a wide range of applications.
The film removal and cutting path can be adjusted according to different needs to adapt to multi-species and small batch production.
3. Economic and practical:
One device realizes multiple functions, reducing equipment investment and maintenance costs.
The mechanical film removal device has long service life, low maintenance cost and high long-term use economy.
4. Easy operation:
Automated operation reduces manual intervention, reduces labor intensity and improves production stability.
Equipped with user-friendly operator interface, easy to get started quickly.
5. High reliability:
The equipment structure is solid, and the key components are made of high-quality materials to ensure long-term stable operation.
Equipped with multiple safety protection devices to ensure the safety of operators and equipment.
Equipment parameters
Model | Cutting accuracy | Maximum size that can be cut | Speed | Cutting thickness | Power | Power |
2621 | ±0.15mm | 2600*2100mm |
0-220m/min | 1.5-15mm | 12kw |
380V/50HZ (Customizable) |
3726 | ±0.20mm | 3700*2600mm |
3-19mm | 18kw | ||
4228 | ±0.20mm | 4200*2800mm | 18kw | |||
5133 | ±0.25mm | 5100*3300mm | 25kw | |||
6133 | ±0.25mm | 6100*3300mm | 25kw | |||
8133 | ±0.30mm | 8100*3300mm | 42kw | |||
9133 | ±0.30mm | 9100*3300mm | 45kw | |||
12033 | ±0.35mm | 12000*3300mm | 70kw | |||
14033 | ±0.35mm | 14000*3300mm | 72kw | |||
Table height:900±50mm |
1. Architectural glass:
For curtain wall, doors and windows and other building glass Low-E film removal and cutting, to meet the needs of energy-saving buildings.
2. Home appliance glass:
Used for oven, microwave oven and other home appliances glass panel Low-E film removal and cutting.
3. Automotive glass:
It is used to remove and cut the Low-E film of automobile windshield and window to improve the heat insulation performance.
4. Decorative glass:
Used for Low-E film removal and personalized cutting of art glass and decorations.
5. Electronic glass:
For touch screen, display screen and other electronic glass Low-E film removal and precision cutting.