Laser Tools That Weld Cuts and Removes Rust

Handheld laser platforms are built around a high-power fiber laser source that can be configured for welding, cutting, or surface cleaning tasks like rust and coating removal, often through interchangeable heads or settings. This lets a single equipment investment cover multiple fabrication and maintenance tasks instead of purchasing separate machines for each process.

Piranha's MA1 Series is designed for fast onboarding, typically requiring just 1-2 hours of training for beginners to produce professional-quality welds. The 7-inch touchscreen offers 32 preset process parameters and a multi-language interface, simplifying setup so operators spend less time learning controls and more time welding.

The MA1 Series welds stainless steel, carbon steel, aluminum, galvanized steel, copper, and other non-ferrous metals and alloys. Preset parameters are tuned for each material type, and the integrated wire feeder helps with gap filling and achieving smooth, flush weld profiles across these different metals.

Yes. Laser welding minimizes the heat-affected zone and eliminates common issues like weld deformation and burn-through, resulting in cleaner welds with little to no postprocessing such as grinding or polishing. This significantly reduces labor time compared to traditional arc welding methods on similar materials.

Class IV laser welders require laser-safe eyewear and other appropriate PPE due to the high-power beam. Piranha units comply with European safety standards and meet SGS industry testing for stable beam output. Laser welding also reduces exposure to UV/IR radiation and fumes compared to traditional arc welding processes.

Piranha's handheld laser welders require industrial shielding gas, typically Argon or Nitrogen, to protect the weld pool and produce clean, strong joints across supported metals like stainless steel, aluminum, and copper. Proper gas selection and flow help minimize porosity and achieve consistent weld quality.