Equipment features: Laser welding (DYHI-M200) uses high-energy laser pulses to locally heat materials in small areas. The energy radiated by the laser is guided to the interior of the material through thermal conduction, melting the material and forming a specific molten pool. It is a new type of welding method mainly aimed at the welding of thin-walled materials and precision parts, which can achieve spot welding, butt welding, overlay welding, sealing welding, etc. It has a high aspect ratio, small weld width, small heat affected zone, small deformation, fast welding speed, smooth and beautiful weld, no or only simple processing after welding, high weld quality, no porosity, precise control, small focusing spot, high positioning accuracy, and easy automation.
1. This mold laser welding machine provides different laser pulse waveform settings, and different waveform laser processing parameters can be selected for steel, aluminum, copper and other materials to improve the melt penetration of laser welding and the controllability of the impact of cooling time on material hardness. Save preset waveforms for beginners to easily operate.
2. This mold laser welding system provides up to 50 sets of waveform parameter storage. Due to the fact that different materials can be welded at any time during mold laser welding, system parameters can be easily accessed and used without the need to re edit waveforms, making it convenient and fast.
3. This mold laser welding machine provides a time setting for the LCD protective eye shutter. Different light blocking times can be set for different pulse widths to protect the operator's eyes from the discomfort of laser glare.
4. This mold laser welding machine can set the argon gas delay shutdown time after the laser is turned off. This function effectively protects the welding position from argon gas protection during the cooling process during high-power welding, maintaining the original color of the metal and greatly improving the welding quality of high-power laser welding.
Equipment application: This model is more suitable for laser welding of various high-precision injection molds, laser repair of precision plastic mold parts, and laser welding of beryllium copper parts in plastic molds; Laser repair can be performed on the wear and tear that occurs during the use of the mold; The modification of molds is crucial in addressing machining errors, electrical discharge machining errors, and changes in mold rubber reduction design, which can compensate for the huge losses caused by machining errors.
Technical parameters:
| model |
DYHJ-M200 |
| Laser type |
Solid state laser, fiber laser (imported, domestic optional) |
| wavelength |
1064nm |
| laser power |
200W/300W |
| Frequency range |
10-400KHZ |
| Pulse width range |
200ns |
| Welding depth |
Less than 7mm |
| spot size |
0.02-4.0mm |
| shielding gas |
argon |
| Cooling method |
water-cooling |
| Working power supply |
AC220V/50HZ |