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Thin sheet metal used to be the job nobody in the shop wanted.

Warping. Burn-through. And then an hour with a grinder trying to hide both.

This is a 1.5 mm enclosure panel, welded handheld, single pass. Watch the panel at the end of the clip — still flat. Seam still clean. There is almost nothing left to grind.

That's the part most people miss about laser welding. The speed looks impressive, but the real money is in everything you don't have to do afterwards. No straightening. No filling. No polishing a seam back to flat.

→ Long edge seam + corner joints on thin gauge
→ One operator, one handheld gun
→ Low heat input, so a large flat panel stays flat
→ Weld goes straight to finishing

We build these in 1500W / 2000W / 3000W — the right one depends on your thickest material, not your thinnest.

What's the thinnest material you're welding right now? Drop it in the comments and I'll tell you straight whether laser makes sense for your shop — sometimes it doesn't, and I'll say so.

Or send us your part: material, thickness, joint type. We'll weld a real sample and send you#laserweldingf#SheetMetali#metalfabrications#handheldlaserwelderl#fabshopa#WeldingTecha#stainlesssteele#manufacturingl#jtclaser#StainlessSteel #Manufacturing #JTCLASER ... See MoreSee Less

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