Product Advantages
The heat affected area is small and will not cause deformation of precision molds. The welding depth is large and the welding is firm. Dissolve thoroughly without leaving any repair marks. There is no depression at the junction between the protruding part of the solution pool and the substrate.
1. It can repair cracks, chippings, edges, and damaged sealing edges;
2. Can be welded on hard materials (~HRC60)
3. High accuracy, laser welding spot diameter is only 0.3mm~2.0mm
4. The heating area is small, and the processed parts will not deform;
5. Low oxidation rate and no discoloration of the workpiece;
6. There will be no air holes or sand holes after welding;
7. The welding area can be processed, especially suitable for repairing molds with polishing requirements;
8. After welding, the workpiece can reach a Rockwell hardness of 50-60;
9. After welding, it can etch lines without affecting the effect.
Product Features
1. All imported components
2. Mold does not deform
3. No repair marks
4. Precision laser welding
More product details
1. Equipped with a dedicated microscope observation system with a magnification of 10X; Equipped with a high-speed electronic light filtering protection mechanism to protect operators' glasses from laser damage, alleviate eye fatigue, and improve work efficiency
2. A synchronous argon protection system with internal microcomputer control can prevent the welding seam from being oxidized, making it more firm and beautiful; Adopting synchronous control with laser emission can maximize the savings of argon gas
3. The water tank of the robot laser welding machine can provide heat dissipation and cooling for the machine, and monitor the water temperature in real-time, with constant temperature/cycling mode
4.The laser host cabinet can clearly observe the product position and positioning effect according to the red light indication
5.Host workbench, where welding workpieces are placed, facilitating laser welding of workpieces
Application
Configuration
Mold laser welding machine (with optical path) | |
Technical parameters | ML-WY-BP-MJ-W400 |
F laser working substance | ND:YAG |
Maximum average laser output power | 400W |
Rated output power | 400W |
Laser wavelength | 1064nm |
Spot size | 0.3~3.0M |
Pulse width | 0.1~20M |
Welding method | spot welding |
Pulse frequency | 1-100HZ |
Water pressure protection | ≤0.025MPa |
Maximum energy of single pulse | 120J |
Maximum power of the entire machine | 12KW |
control system | Touchpad |
Aiming and positioning | Microscope, red light |
Electricity demand | 380V/single-phase/50HZ/60A |
Cooling water temperature | ≤ 35 ℃ Water temperature protection 45 ℃ |
Cooling water flow rate | 10L/min |
List of standard configurations for W400 mold laser welding machine | |
Configuration | ML-WY-BP-MJ-W400 |
Laser crystal | Dongjun |
Laser cavity | Metal cavity |
Laser power supply | Three-phase power supply |
Chiller | Constant temperature/cycling |
Workbench | 3D mobile workbench X, Y manual, Z-axis electric |
Parallel beam binocular microscope | Matt 10X |
Positioning and shading system | Standard configuration |
Rack | aluminum alloy |
Product Advantages
The heat affected area is small and will not cause deformation of precision molds. The welding depth is large and the welding is firm. Dissolve thoroughly without leaving any repair marks. There is no depression at the junction between the protruding part of the solution pool and the substrate.
1. It can repair cracks, chippings, edges, and damaged sealing edges;
2. Can be welded on hard materials (~HRC60)
3. High accuracy, laser welding spot diameter is only 0.3mm~2.0mm
4. The heating area is small, and the processed parts will not deform;
5. Low oxidation rate and no discoloration of the workpiece;
6. There will be no air holes or sand holes after welding;
7. The welding area can be processed, especially suitable for repairing molds with polishing requirements;
8. After welding, the workpiece can reach a Rockwell hardness of 50-60;
9. After welding, it can etch lines without affecting the effect.
Product Features
1. All imported components
2. Mold does not deform
3. No repair marks
4. Precision laser welding
More product details
1. Equipped with a dedicated microscope observation system with a magnification of 10X; Equipped with a high-speed electronic light filtering protection mechanism to protect operators' glasses from laser damage, alleviate eye fatigue, and improve work efficiency
2. A synchronous argon protection system with internal microcomputer control can prevent the welding seam from being oxidized, making it more firm and beautiful; Adopting synchronous control with laser emission can maximize the savings of argon gas
3. The water tank of the robot laser welding machine can provide heat dissipation and cooling for the machine, and monitor the water temperature in real-time, with constant temperature/cycling mode
4.The laser host cabinet can clearly observe the product position and positioning effect according to the red light indication
5.Host workbench, where welding workpieces are placed, facilitating laser welding of workpieces
Application
Configuration
Mold laser welding machine (with optical path) | |
Technical parameters | ML-WY-BP-MJ-W400 |
F laser working substance | ND:YAG |
Maximum average laser output power | 400W |
Rated output power | 400W |
Laser wavelength | 1064nm |
Spot size | 0.3~3.0M |
Pulse width | 0.1~20M |
Welding method | spot welding |
Pulse frequency | 1-100HZ |
Water pressure protection | ≤0.025MPa |
Maximum energy of single pulse | 120J |
Maximum power of the entire machine | 12KW |
control system | Touchpad |
Aiming and positioning | Microscope, red light |
Electricity demand | 380V/single-phase/50HZ/60A |
Cooling water temperature | ≤ 35 ℃ Water temperature protection 45 ℃ |
Cooling water flow rate | 10L/min |
List of standard configurations for W400 mold laser welding machine | |
Configuration | ML-WY-BP-MJ-W400 |
Laser crystal | Dongjun |
Laser cavity | Metal cavity |
Laser power supply | Three-phase power supply |
Chiller | Constant temperature/cycling |
Workbench | 3D mobile workbench X, Y manual, Z-axis electric |
Parallel beam binocular microscope | Matt 10X |
Positioning and shading system | Standard configuration |
Rack | aluminum alloy |
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