Shenzhen SMTfly Electronic Equipment Manufactory Ltd
Shenzhen SMTfly Electronic Equipment Manufactory Ltd
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Power Optional 50-200w PCB Advanced for laser Soldering System,SMTfly-LSH Specification:
| Feeding Way |
Carry in or out track or on-line type or jig, single or double station |
| Laser Parameter | Power Optional 50-200w |
| Wave Length | 1070±5mm |
| Controlling Way | PLC Action and PC Picture Processing |
| Repeated Precision | ±0.003mm |
| Vision Positioning System | CCD 5Million pixels |
| Resolution Rate | ±5um |
| Shape Size | 1250*950*1650mm |
| Load Plate Size | <110*130mm |
| Main Engine Weight | 550KG |
| Power Dissipation | 3KW |
| Power Supply | Single Phase AC220V,15A |
| Compressed Air | 0.6mpa |
Power Optional 50-200w PCB Advanced for laser Soldering System,SMTfly-LSH Description:
Sealed glove box by laser welding machine, laser glove box, laser power, optical system, CNC control system, refrigeration system and other components, precision welding is mainly applicable to the special material requirements of welding environment. The biggest highlight of the device lies in the smart camera vision positioning system, with high resolution, fast response time and easy programming. To achieve efficient communication between the motion control system, repetitive positioning accuracy of the work-piece are low, high precision can complete any complex graphics repeat precision welding, which is different from the traditional teaching programming and single program processing mode, which can be widely used in the automation of small format repeat precision welding.
Power Optional 50-200w PCB Advanced for laser Soldering System,SMTfly-LSH Features:
1. the use of high-performance solid laser, optional with 500W/700W;
2. high precision table, high quality glove box, vacuum sealing welding;
3. visual positioning, intelligent welding, welding seam formation and sealing;
4. applicable to the military industry, special materials welding;
5. welding seam is smooth, fine and sealed;
6. Contactless and low heat input;
7. Minimum part deformation;
8. No tool ware;
9. Minimum metallurgical damage;
10. Very stable processes;
11. Very fast;
12. Easy integration in production equipment;
13. Low cost per weld for high volume applications.
Application:
Widely used in aerospace, military, medical, automotive, electronics and other industries.