Description: The fiber handheld laser welding machine is easy to learn, simple and fast to set up and provides consistent high-quality results across a wide range of materials and thicknesses. This makes them suitable for both professionals and beginners. Mini fiber laser welding machines are designed to be lightweight and compact, making them easy to carry to different job sites or workshop. Its unique handheld operation allows for welding of workpieces at any angle and location. The operation of handheld laser welding equipment is very simple and does not require much experience from the welder. Compact design makes it easier to move in any workplace and only requires a small production space.
Specification:
LASER Power: 3000W
Wavelength: 1064nm
Working environment: 10~40?
Power supply: 220V,50HZ/60HZ
Gross Weight: Standard:260KG, Mini : 180KG
Dimension(mm): Standard:1500*930*1280mm, Mini: 1200*820*980mm
Cooling chiller: Industrial water chiller
Control system &laser head: SUPWEIYE or Raytools
Wire feeder: Standard
Laser source: MAX /RAYCUS /JPT/RECI
Laser Head:
Focus lens: D20*4.5 F150/F400/F800
Collimating lens: D16*5 F60mm
Protective lens: 18*2mm
Wavelength: 1064nm?±10nm?
Weight: 0.75kg
Scan width-Welding (mm): 0~8mm
Wire Feeder:
Power supply: 220±10% V AC 50/60HZ
Wire size: 0.8/1.0/1.2/1.6mm
Max wire feeding speed: 25-600/min
Working Temperature: 10-40
Wheel of wire feeder: 0.8/1.0-1.2/1.6, Customize 2.0/2.5
Manual wire sending and backing: Adjustable
MAX Wire weight: 25KG
Wire feeder weight 16KG: Standard
Wire feed wheel: V model ss wheel of wire feeder and wire feeder tubeWire feeding wheel: 0.8/1/1.2/1.6mm stainless steel welding wire universal 1/1.2/1.6mm. 5 series aluminum wire is available.
Wire feeding tube: length: 3m.
Gas consumption:
Low use cost, low density (1.25Kg/m³) compared with argon.
The nitride produced by the chemical reaction of nitrogen with stainless steel can improve the strength of weld joints and is beneficial to mechanical properties. Nitrogen reacts with aluminum alloy and carbon steel. It will improve the brittleness of the weld and reduce the toughness of the weld, which will have a great adverse effect on the mechanical properties of the weld joint.
High cost and density (1.78Kg/m³). The activity is very low and it is difficult to react with common metals. The higher density is conducive to sinking to the top of the weld pool, which can better protect the weld pool. Can be used as a conventional protective gas.
