Applications
Where the machines earn their keep
Five production settings we get asked about most, each with the thickness band, the joint type and the model that actually fits. If your job is not here, say so on WhatsApp — we will tell you whether a handheld laser is the wrong answer.
Sheet Metal Fabrication
Where 0.5–4 mm stainless and carbon sheet gets welded every day: less distortion, less grinding, and a seam an operator can repeat.
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Kitchenware & Sanitary Ware
Sinks, hoods and sanitary ware are judged on the surface. Narrow heat input keeps discolouration local and polishing short.
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Automotive Parts
Two jobs, two machines: brackets and frames welded in the 1–4 mm band, part numbers and 2D codes marked on finished components.
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Warehouse & Logistics
Asset numbers and location codes marked into installed racking and steel assets — no cable, no shutdown, no dismantling.
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Outdoor Steel Structures
Site work with no three-phase supply and no bench: an air-cooled welder that travels and a battery marker that goes up the structure.
Read the applicationHow to read these
Thickness is the first question, joint is the second
Every application page quotes single-pass penetration from the manufacturer's parameter table, on a fitted joint. Real results move with gap width, material grade and shielding gas — which is why each page names the machine we would actually put in front of your part rather than the one with the biggest number.
Welding runs from 0.5 mm to 8.5 mm single pass across the range. Marking covers metal, plastics and anodised surfaces, with battery-powered units for anything already bolted down.
Tell us the material and the thickness
Two numbers and a photo of the joint is enough for a straight answer, including when the answer is that none of these machines fits.