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Developed specifically for the laser cutting, scribing applications of ceramic substrates. It utilizes independently developed automatic loading and unloading and cutting control system,which can achieve high efficiency, high precision automated processing
| Project | Main technical index | Parameters |
| Laser system | Laser source | CO2/optical fiber/others |
| Laser wavelength | 10600nm/1080nm/others | |
| Average power | ≥150W | |
| Equipment performance | Processing precision | ±0.025mm |
| Processing range | ≤300*250mm | |
| Processing efficiency (underlined) | CO2≥150mm/s, optical fiber ≥100mm/s (depending on the material) | |
| Drawing file format | DXF | |
| Use environment | Power supply specification | AC 380V/50HZ |
| Air source requirement | ≥0.6MPa | |
| Environment requirement | Temperature 15-35°C, humidity requirement <70%, no condensation | |
| Mainframe dimensions L*W*H | Approximately 2000*1850*1850mm |
| 1 | Compatible with multiple materials | Configure the laser according to ceramic materials; specialize in cutting alumina, aluminum nitride, silicon nitride, and other ceramics. | |
| 2 | High cutting precision | High precision linear motors and vision positioning, processing precision reaches ±25um | |
| 3 | Stable cutting quality | PSO and intersection point automatic avoidance control system can ensure stable cutting depth and effect of the product. | |
| 4 | Simple equipment operation | Technical data library is directly accessible, which can allow non-specialized technical personnel to quickly operate batch production. | |
| 5 | Multiple methods of processing | Manual and automatic processing can be selected and it can be connected to MES system for data exchange. | |
| 6 | Security and environmental protection | Efficient dust extraction structure and smoke purification system can reduce dust pollution. | |
