Guides
Know what you’re buying.
Written by the engineers who build the machines. Each guide starts with the short answer, then shows the trade-offs, with sources.
Laser cleaning
- Pulsed vs continuous laser cleaning: which one do you need?Choose a pulsed fiber laser (typically 20–500 W) when the surface must stay as it is: moulds, aluminium, stainless steel, thin parts, heritage objects and weld preparation. Choose a continuous-wave (CW) laser (typically 1000–3000 W) for heavy rust and paint on thick, robust steel, where cost per watt matters more than the finish.8 min read
- Laser cleaning vs sandblasting: which method fits your job?Laser cleaning is the better choice where waste, substrate damage, precision or noise matter: moulds, weld preparation, spot repairs, thin or sensitive parts and small areas of hazardous coating. Abrasive blasting is still faster and usually cheaper per square metre for stripping thick coatings from large steel areas, and it creates the anchor profile many paint systems specify.8 min read
Laser welding
- Handheld laser welder power: 1000, 1500, 2000 or 3000 W?For most sheet-metal work up to about 3 mm, a 1000–1500 W handheld fiber laser welder is enough. Choose 2000 W if you weld 3–5 mm steel or aluminium every week. Expect 3000 W to add speed and margin more than thickness, and remember that fit-up, filler wire and shielding gas decide the result as much as watts.8 min read
- Handheld laser welding vs TIG vs MIG: which process fits?Handheld laser welding is usually the fastest option with the least distortion and grinding on clean, well-fitted sheet metal up to a few millimetres thick. TIG remains the reference for the finest manual welds, and MIG remains the better choice for thick sections, poor fit-up and outdoor structural work. Many shops use the laser for sheet work and keep arc welding for the rest.8 min read
- How to choose a jewelry laser welder: YAG vs fiberFor bench repair and manufacturing, choose a pulsed laser welder with enough peak power for your heaviest metal, a spot adjustable down to about 0.2 mm, a 10× microscope or camera, and an argon nozzle. Flashlamp Nd:YAG units are the established choice, while fiber (QCW) sources trade the flashlamp for higher efficiency and less maintenance. Permanent jewelry is a different job, usually done with a small pulse-arc welder.8 min read