Operator using handheld fiber laser welding gun on stainless steel sheet

Fiber Laser Welding Machines

Handheld Fiber Laser Welding Solution

Replace hard-to-find TIG skills with 1000W-2000W handheld fiber laser welding: minimal distortion on thin stainless and aluminum, days-long operator ramp-up, water-cooled for full shifts.

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Skilled TIG welders are gone. Your thin-sheet line cannot wait for them.

Recruiting experienced TIG welders has become the top constraint for thin-gauge fabrication. Training takes months, turnover is high, and every heat-warped panel returns to the rework bench with your margin attached.

  • Qualified TIG welders are scarce and expensive to retain across European workshops
  • Thin stainless and aluminum sheet distorts under TIG arc heat, driving rework
  • Slow manual travel speed caps daily output on repetitive seam work
  • New operators need months of training before welds pass inspection

What a handheld fiber laser welder changes

The gun tracks the joint by hand while a 1000W-2000W fiber laser fuses the seam with a fraction of the heat input. New operators learn the basics in days, not months, and thin sheet stays flat because the heat-affected zone is minimal.

2 mmSS @ 1000W
3 mmSS @ 1500W
5 mmSS @ 2000W
8 h+Water-cooled shifts
DaysOperator ramp-up
Buyer value: break the welder-recruitment bottleneck, cut distortion rework on thin sheet, and run repetitive seams at consistent speed with an ergonomic, water-cooled gun.

Match your requirement to a machine

Recommended machine
1000W Handheld Fiber Laser Welding Machine

1000W, lightweight ergonomic gun, minimal distortion

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Application case

Stainless kitchen equipment line: 0.8-3 mm seams welded without filler wire

Stainless kitchen equipment line: 0.8-3 mm seams welded without filler wire

Who: a stainless kitchen equipment manufacturer in Western Europe producing sinks, work tables and splashbacks. Machine: Xinhong 2000W handheld fiber laser welding machine, water-cooled gun. Problem it solved: 0.8-3 mm 304 sheet was TIG welded with filler wire, so every seam needed post-weld cleaning and the cell could not keep two shifts fed. Before: filler wire and gas were a standing line item and seam cleaning was a manual operation. Now: 0.8-3 mm 304 is welded autogenously with the handheld unit, and the seam is finished straight off the gun. Where the numbers come from: the 2000W handheld specification (5 mm stainless penetration, laser crosshair alignment, water-cooled for shifts above eight hours) and the customer's own consumable cost sheet; the consumable saving is the customer's measurement, not a published performance guarantee.

Application based on customer feedback; individual results depend on materials and production conditions.

Light vehicle bracket supplier: 1.5-3 mm assemblies hold the drilling fixture as welded

Who: a chassis and bracket supplier welding 1.5-3 mm mild steel assemblies for light commercial vehicles. Machine: Xinhong 2000W handheld fiber laser welding machine. Problem it solved: MIG welding on 1.5 mm sheet pulled distortion into the bracket face, so every part was straightened before the drilling fixture would accept it. Before: straightening was a standing operation after welding. Now: the lower heat input lets the bracket face hold its shape and the drilling fixture accepts the part as welded. Where the numbers come from: the 2000W handheld specification (5 mm stainless penetration, water-cooled for long shifts) plus the supplier's fixture-acceptance log; straightening time per part is the supplier's own measurement.

Application based on customer feedback; individual results depend on materials and production conditions.

Machine guard fabricator: 1-2 mm 304 seams leave the pickling step out of the router

Who: a sheet metal job shop that fabricates 304 stainless machine guards and covers. Machine: Xinhong 1500W handheld fiber laser welding machine. Problem it solved: TIG welding 1-2 mm stainless guards introduced a visible heat tint along the seam, so each guard went through pickling and passivation before dispatch. Before: post-weld pickling was a fixed step in the routing. Now: the seam on 1-2 mm 304 is welded with a narrow heat-affected zone and the pickling step has been dropped from the routing for that thickness range. Where the numbers come from: the 1500W handheld product specification plus the shop's router change record; whether a customer still requires passivation remains the end customer's call, so the claim is limited to the last three months of production records.

Application based on customer feedback; individual results depend on materials and production conditions.

Customer ratings

β€œUse case: 0.8-3 mm 304 seams on sinks and work tables in a two-shift fabrication cell. | Assessment: we moved because operators learn the handpiece in a day, not because the numbers on the sheet were the highest. | Verified point: consumable spend on filler wire and gas dropped on our own monthly cost sheet after the switch. | Source: internal cost sheet comparison, 2025.”
Production managerStainless kitchen equipment manufacturer, EU (anonymised)
β€œUse case: 1-2 mm 304 machine guards where heat tint used to force a pickling step. | Assessment: the seam is narrower than our old TIG route, and that is the whole reason the pickling step could come out. | Verified point: last three months of production records show the pickling operation removed from the 1-2 mm router. | Source: router change record and three months of production records, 2025.”
Quality leadSheet metal job shop, EU (anonymised)

Certifications & compliance

ISO 9001:2015

ISO 9001:2015

Quality management system certified across R&D, production and after-sales service of fiber laser welding equipment.

CE Marking

Xinhong welding machines are CE compliant per company records. Request the applicable Declaration of Conformity with your quotation.

Company strength

The factory behind your welding cell

2005

Founded. Shandong Xinhong CNC Technology Co., Ltd - twenty years of fiber laser manufacturing.

100-300

People. Engineers, assembly and service staff at our Shandong Province production base.

R&D

Welding expertise. Handheld gun design, CW/pulsed dual-mode control and cooling developed in-house with IPG (USA), RAYCUS and GW laser sources.

10-50M

USD annual revenue backing a 48-model machine portfolio and spare-parts supply.

CE

Export-ready. Schneider Electric controls and CE-compliant configurations for Europe and global markets.

Related reading

Buyer FAQ

What thickness can a handheld fiber laser welder weld?+

The 1000W gun welds stainless up to 2 mm and aluminum to 1.5 mm. The 1500W model reaches 3 mm on stainless, and the 2000W gun penetrates 5 mm stainless and 4 mm aluminum.

Can one operator really replace TIG on thin sheet?+

Yes. The 2000W handheld model runs dual-mode CW/pulsed operation with a laser crosshair for precise joint alignment, and the 1500W gun stores 50+ weld profiles for repeatable jobs.

Is the gun suitable for full-shift production work?+

All handheld models are water-cooled for 8+ hour shifts. The 2000W gun keeps a lightweight ergonomic body so operators can work full shifts without fatigue.

What details help you quote the right handheld welder?+

Tell us your materials, thickness range, joint types and daily weld metres. We will confirm power level, cooling and gun configuration in the quotation.

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Send your requirement details below - our engineers will confirm the right machine configuration in your quotation.

Handheld Fiber Laser Welding Solution

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