This equipment is widely used in mold manufacturing and molding industries such as mobile phones, digital products, glasses, toys, etc.; it can repair welding of various mold steels, stainless steel, cymbal steel, precious metals and extremely hard materials, etc.; it can repair metal jewelry for precision injection molding, die-casting, and molds . And accessories, welding of precision stamping parts, aluminum castings, stainless steel sand hole repair.
● Self-developed energy feedback, the central controller uses a 32-bit processor to achieve real-time control, FPGA technology ensures accuracy, single pulse energy fluctuation <±2%, arbitrary waveform control, more than 20 inflection points can be set;
● Adopt PWM constant current voltage stabilization charging method (output 650V±2V) to ensure the stability of laser discharge, the impact current is very small, and it also avoids the impact of voltage changes in the external power grid on the laser welding machine;
● Energy feedback, real-time control, switching frequency up to 50KHz all-fiber energy transmission system, Mitsubishi optical fiber imported from Japan, the loss of the entire energy transmission system is within 8%, 25MM thickness optical platform, plus buffer pad, optical dust-proof seal, professional Adjustable stand design;
● The safety performance of the whole machine is designed according to European standards. There are 32 safety detection points, multiple protections, modular design, and the water circuit is completely separated.
Suitable for repair welding of various mold materials: S136, NAK80, 718, 738, P20, SKD-11, SKD-61, H13, W302, GS2344, GS2343, GS2082 and other mold steels from various countries. There will be no cracks, sand holes, scars, deformation, or oxidation after welding. It is suitable for mirror polishing, scratches, and etching. Selecting the corresponding welding materials and corresponding repair welding parameters can make the repair welding part reach a hardness of nearly HRC60°.
Device model | RL-WPY75 | RL-WPY150 | RL-WPY300 | RL-WPY400 |
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Laser wavelength |
1064nm |
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Output power |
75W |
150W |
300W |
400W |
Peak power |
5KW |
6KW |
10KW |
12KW |
maximum pulse energy |
40J |
60J |
100J |
130J |
反馈方式Feedback method |
Real-time energy feedback control |
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transmission fiber |
Mitsubishi SI200\SI300\SI400\SI600 L=5M |
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Spectral method |
Energy spectroscopy/time spectroscopy (standard configuration: 1 channel of light output, maximum 4 channels) |
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Supporting system |
Optional galvanometer welding, 4-axis automatic welding, non-standard workbench or robot |
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pulse width |
0.1ms-30ms |
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Pulse frequency |
1Hz~100Hz |
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Welding thickness |
0.1-5mm,视depending on material |
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Welding depth |
1.0mm(sus304) |
2.0mm(sus304) |
3.0mm(sus304) |
4.0mm(sus304) |
Cooling method |
water cooling |
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Environmental requirements |
Temperature: 13℃~35℃ Humidity: 5%~75% |
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Device power consumption |
3KW |
6KW |
12KW |
15KW |
Power requirements |
Single phase 220V/50Hz |
Single phase 220V/50Hz |
Three-phase 380V/50Hz |
Three-phase 380V/50Hz |
Overall dimensions |
1100*980*500(L×H×W) |
1100*980*500(L×H×W) |
1300mm×1100mm×660mm(L×H×W) |
1300mm×1100mm×660mm(L×H×W) |
*REQUIRED FIELDS