Introduction of standard automation equipment for large format glass laser cutting
Date：2024-01-15 Source: This website
Introduction to standard automation equipment for large-format glass laser cutting
Equipment introduction
1. Introduction to laser cutting station:
At this station, the main task is to manually place the glass on the table, place the glass in the appropriate position through the transmission line, move the glass adsorption platform upward, and position the glass with the cylinder positioning assembly; vacuum suction holes will suck the glass, and then perform laser cutting
2. Introduction to laser cleavage station
The glass is placed in the appropriate position through the transmission line. The glass positioning assembly precisely positions the glass. The glass adsorption platform moves upward. The vacuum suction hole sucks the glass, and then laser fragmentation is performed.
3. Introduction to glass transmission and positioning mechanisms
1. When loading and unloading glass after cutting, the glass adsorption platform mechanism moves down, and the glass will be placed on the transmission belt for transmission;
2. The function of the glass adsorption platform is to ensure a flat reference surface when cutting the glass, and it can be adsorbed and fixed on the platform;
3. After the belt line transfers the glass to the approximate position, there is a cylinder positioning assembly to precisely position the multi-glass X and Y directions to ensure that the trajectories of the cutting station and the splitting station are the same;
4. Comparison with traditional industries
slicing method | Advantage | Disadvantages |
Knife-cut artificial lobes | Lower cost investment | For knife-cut products, the glass has scratches and defective spots, and the yield rate is 96%. Artificial splitting requires too high skills of personnel, resulting in low yield rate and low efficiency. |
Laser cut lobes | Using fully automatic laser cutting and splitting methods, the yield rate can be increased to 99%, no manual splitting is required, and the reliance on labor is very small. | Initial investment cost is high |
Suzhou Jinghai Laser takes laser process application as the core of technology research and development. With solid process application technology and convenient and efficient equipment solutions, we provide customers with optimal solutions and continue to add value to customers.
Related news
- Introduction and application of laser tin wire welding
- Application and classification of laser soldering
- Jinghai laser large field laser welding machine helps battery module CCS module welding
- CO2 laser cutting machine dimming steps
- The difference between various kinds of laser welding machine
- Laser welding of medical endoscopes
- Application of picosecond laser cutting machine in glass industry
- The difference between coaxial vision, pseudo-coaxial vision and paraxial vision
- Introduction to precision ceramic laser processing equipment
- Introduction of standard automation equipment for large format glass laser cutting
Related products
-
Quasi-synchronous plastic laser welding system
-
Automatic tin wire laser welding machine
-
Transparent plastic laser welding machine
-
Spot solder paste laser welding machine
-
Coaxial vision laser precision spot welding machine
-
Standard laser precision spot welding machine
-
One tow two laser precision electric welding machine
-
Dissimilar metal precision laser spot welding machine
-
Automatic solder paste point equipment
-
Non-ferrous metal laser welding machine
Building 4, 88 Wubian Avenue, Wujiang District, Suzhou