Glass Laser Precision Cutting Machine Glass Processing UV Laser CNC System

Glass Laser precision cutting machine glass processing UV Laser CNC system

 
 
Glass laser precision cutting machine is a kind of special equipment that uses laser technology to cut glass materials with high precision. Through the non-contact processing method, it can realize the cutting of complex shapes, and the cutting edge is smooth without cracks, which is suitable for the glass processing with high precision and quality requirements.
 
 
Glass laser precision cutting machine equipped with high-performance green laser and high-precision linear motor platform, give full play to the laser processing speed, high precision, flexible processing, pollution-free and other characteristics, to achieve high-speed processing of glass materials.
 
 

Technical Parameter 

  
1. Laser type: UV Laser or ultra-short pulse laser (such as picosecond, femtosecond laser).
 
2. Cutting thickness: Glass thickness from 0.1mm to 10mm is usually supported.
 
3. Cutting accuracy: The cutting accuracy can reach ±0.01mm, and the minimum slit width can reach 10μm.
 
4. Cutting speed: Depending on the thickness of the glass and the shape of the cut, the speed ranges from 10mm/s to 500mm/s.
 
5. Laser power: Usually 10W to 50W, higher power can be selected according to demand.
 
6.Table size: Depending on the model, common sizes are 300mm x 300mm to 600mm x 600mm.
 
7. Control system: CNC system, support automated operation and programming.
 
8. Cooling method: air-cooled or water-cooled system to ensure stable operation of the equipment.
 
 

Working principle and equipment features 

Working principle:
 
 
· Laser generation: Ultraviolet lasers or ultrashort pulsed lasers produce high energy laser beams.
· Beam focusing: The laser beam is focused to the glass surface through the optical system to form a high energy density spot.
· Material modification: The laser creates micro-cracks or modified layers on the glass surface, which are cut through thermal stress or photochemical effects.
· Precise control: The CNC system controls the movement of the laser head and completes the cutting of complex shapes according to the preset path.
· Cooling and cleaning: Some units are equipped with auxiliary gases (such as compressed air) to cool and clean the cutting area.
 
 
 
Mainly used in glass codes, precision optical components, semiconductor glass wafers, medical glass and other industries.
The product has the following features:
· Fast punching speed, high yield, good processing quality, high stability;
· Can process round holes, waist holes, square holes and special-shaped holes;
· Flexible cutting mode, high material utilization rate;
· The equipment is simple to operate, easy to learn and easy to use;
 
 

Advantages 

- High precision: The cutting accuracy can reach the micron level, suitable for complex shapes and high precision requirements.
 
- Non-contact processing: avoid mechanical stress and reduce glass breakage or cracking.
 
- High cutting quality: smooth cutting edge, no burrs or micro-cracks.
 
- Strong applicability: can cut ordinary glass, tempered glass, sapphire glass and other types.
 
- Efficient and flexible: supports fast cutting and complex pattern processing, suitable for small batch customized production.
 
- Environmental protection and energy saving: no dust pollution, low energy consumption.
 
 

Application 

- Electronics Industry:Cut the cover glass of mobile phones and tablets.Processing camera lens, fingerprint recognition module and other optical components.
 
 
- Display industry:Cutting LCD, OLED display glass.Processing touch screen cover glass.
 
 
- Optical field:Cutting optical lenses, filters, prisms and other precision optical components.
 
 
- Automotive industry:Processing automotive center control screen, instrument panel glass.Cut the complex shape of the window or skylight glass.
 
 
- Home appliance Industry:Cut glass panels for appliances such as refrigerators and washing machines.
 
 
- Research and Medical:Processing of glass components in laboratory glassware or medical equipment.