Demonstration Video
1500W 2000W Laser Welding Machine For Mold Display
Fiber Laser Welding Machine For Mold Details
Beam Expander
The optical spot adjuster in the fiber optic mold laser welding machine is primarily used to adjust the diameter and shape of the laser beam during welding, catering to various welding requirements. By adjusting the size and shape of the optical spot, operators can achieve precise control over the welding points, optimizing welding results and adapting to the requirements of different workpieces.
Chiller
The chiller’s role in the mold laser welding machine is primarily heat dissipation and cooling within the equipment. Its functions include cooling the laser, optical components, and welding head, ensuring equipment stability, and promoting efficiency.
Display Screen
The display screen of the fiber optic mold laser welding machine serves as a crucial interface for users to operate the control system. It allows operators to monitor and control the welding process, adjust settings, and view relevant information such as parameters, status, and real-time feedback. The display screen plays a vital role in facilitating precise control during the welding process.
Component Detail Display of Mold Laser Welding Machine
1500W 2000W Laser Welding Machine For Mold Parameter
| Machine power | 1500W/2000W |
|---|---|
| Laser wavelength | 1064mm |
| Fiber length | 10M/12M/15M/Maximum20M |
| Output power | 1500W/2000W |
| Overall Power Consumption | 7400W/8900W |
| Maximum Oscillation Speed | 20000mm/s |
| Spot adjustment range | 0.2-2mm/0.3-3mm |
| Laser frequency | 1-20HZ/1-30HZ |
| Cooling system | 1.5P/3P |
| Aiming and positioning | CCD or microscope |
| Host welder dimensions and weight | 174*74*144mm/245kg |
| Water Chiller dimensions and weight | 84*65*120mm/108kg |
Advantages of Laser Mold Welding Machine
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Fine welding:
Mold laser welding machines can achieve high-precision and fine welding, helping to repair small and complex mold parts.
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Small heat-affected zone:
The laser produces a relatively small heat-affected zone, which helps to reduce thermal deformation and material deterioration.
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Partial repair:
The welding area can be precisely controlled to achieve local repair of damaged molds without affecting other parts.
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Adaptable to a variety of materials:
The laser has good adaptability to a variety of metal materials, so it can be used to repair different types of molds.
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High energy density:
The high-energy-density pulsed laser can penetrate the material and generate sufficient heat in the welding area, making it suitable for repair work that requires weld depth.
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Quick fix:
Mold laser welding machines usually have high welding speeds and can complete mold repair work in a relatively short time and improve production efficiency.
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