Features
- High aspect ratio, thin weld width, minimal heat-affected zone, zero deformation, and fast welding speed.
- The weld is smooth and clean, with or without simple process after welding.
- High electro-optical conversion efficiency, can be as high as 25%.
- Energy consumption is extremely low.
- The optical device has a long lifespan and is maintenance-free.
- Laser beam splitting system: One laser source can serve several welding stations.
By controlling parameters such as the width, energy, peak power and repetition frequency of the laser pulse, the workpiece can be melted to form a specific molten pool.
Application and Samples
- EV battery welding, pipe welding, thin steel plate welding
- Electronic components, instrumentation, medical equipment, small metal parts welding
Materials
- Stainless Steels, Carbon Steels
- Gold & Silver, Aluminum, Tool Steels
- Nickel Alloys, Brass & Copper, Titanium
Technical Specs
Laser Mode | SFP150 |
Wavelength | 1070 nm |
Work Mode | QW/CW |
Maximum Average Power (W) | QW 150 W/ CW 250 W |
Maximum Peak Power (kW) | 1.5 |
Maximum Pulse Energy (J) | 15 |
Pulse Width (ms) | 0.2~50 |
Maximum Pulse Frequency (Hz) | 500 |
Wave Form | 50 x 16 sections |
Fiber Output | 1~4 |
Maximum Beam Splitting Frequency (Hz) | 80 |
Fiber Diameter (um) | 200 |
Cooling System | Air-cooled |
Power Input | 220±10%,50/60 Hz |
Options and Accessories
Galvanometer Scanning Worktable, 3-Axis / 4- Axis XYZ(XYZR) standard stroke worktable, Mold repairing worktable, Robot arm workstation, Other customized worktable.
Related Products
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