Rankinis lazerinis suvirinimo aparatas 3000W

Otinus LWH-3000-N RayTools

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The offer refers to the basic version of the machine. All optional equipment and their prices can be found on our website.

Handheld Laser Welding Machine LWH-3000-N RayTools

Scope of supply:
- Laser welding machine with cooling system
- Welding torch with adjustable focal length and accessory kit
- Fiber laser source from MAX Photonics or Raycus
- Automatic wire feeder
- Hose and cable set
- Starter package with nozzles and protective lenses

Technical Data
- Laser power: 3000 W
- Laser wavelength: 1064 nm
- Welding speed: up to 120 mm/s
- Power supply: 3x400 Hz
- Dimensions (with torch holder): 630x1300x1500 mm

Included in the price:
One-day operator training and machine commissioning
- Day 1 (up to 8 hours) – commissioning and training

Operation
Thanks to the revolutionary welding system, any operator can achieve excellent results after a short training session. The cable allows the welder to work freely in multiple locations without moving the device. The small heat-affected zone prevents excessive distortion. The weld seam is completed quickly and efficiently, resulting in a correct and robust welded joint.

Intended Use
The laser welding machine is designed for professional use in workshops requiring high-quality, visually appealing weld seams.

Laser Source Specifications:
1000 W
- Carbon steel: up to 3 mm
- Stainless steel: up to 3 mm
- Aluminum: 2 mm
- Brass: 0.8 – 1 mm
1500 W
- Carbon steel: up to 4 mm
- Stainless steel: up to 4 mm
- Aluminum: 3 mm
- Brass: 1 mm
2000 W
- Carbon steel: up to 5 mm
- Stainless steel: up to 5 mm
Dsdpfx Afjrumymj Hoku
- Aluminum: 4 mm
- Brass: 2 mm
3000 W
- Carbon steel: up to 8 mm
- Stainless steel: up to 8 mm
- Aluminum: 7 mm

Construction
The torch cable allows for extensive mobility and facilitates welding in various positions. The integrated controller with a large, clear display is intuitive to operate. The machine is equipped with a high-performance cooling system, enabling usage in demanding environments during three-shift operations.

Operating Principle
The laser welding machine melts the welding wire and the edges of the workpieces to be joined using laser heat. The beam is focused and directed towards the welding wire, which is fed through the wire feeder to the contact point. When the trigger is pressed, the welding torch must be guided along the weld seam in accordance with the wire feed speed. A constant operating temperature for the beam source and torch is ensured by a water-cooling system. The beam output and cooling are managed by a controller, which adjusts values according to user parameters.

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