Low-E Coating Removal and Cutting Integrated Machine
The Low-E Coating Removal and Cutting Integrated Machine is a high-precision system specially designed for processing Low-E glass, combining coating removal and cutting functions in one unit. Utilizing mechanical decoating technology, it accurately removes the Low-E coating from the glass surface and performs precision cutting to meet the demands of energy-efficient glass processing in construction, home appliances, and automotive industries. The machine is characterized by high efficiency, accuracy, and environmental friendliness.
Core Functions
Low-E Coating Removal
Mechanical decoating technology ensures precise removal of the Low-E coating with clean edges and no residue
Compatible with various Low-E coating types including single-silver, double-silver, and triple-silver
High-Precision Cutting
Equipped with a CNC cutting system capable of straight-line, curved, and shaped cutting
Cutting accuracy maintained within ±0.2mm tolerance
Intelligent Control
Integrated CNC system supports preset decoating and cutting paths for batch production
Interfaces with MES/ERP systems for integrated production data management
Functional Integration
Coating removal and cutting combined in one machine reduce process transfer and improve production efficiency
Key Advantages
Efficiency and Eco-Friendliness
Mechanical decoating requires no chemicals, minimizing environmental impact
Strong Adaptability
Supports various Low-E coating types and glass thicknesses
Adjustable process paths accommodate small-batch, multi-variety production
Cost-Effectiveness
Integrated functions reduce equipment investment and maintenance costs
Long-lasting mechanical decoating assembly offers significant long-term economy
Ease of Operation
Automated operation reduces manual intervention and labor intensity
User-friendly interface ensures quick mastery and smooth operation
Stability and Reliability
Robust structure and high-quality core components ensure long-term stable performance
Multiple safety protection mechanisms safeguard both personnel 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.