Handheld fiber laser welders
Handheld Fiber Laser Welding Machine 1000–2000 W (water-cooled)
- Laser power
- 1000–2000 W
- Steel penetration
- 2–4 mm
- Fiber cable
- 10 / 15 m
Laser welding machines · 23 machines
Clean seams. Less heat. Less grinding.
We started in 2009 building laser power supplies and jewelry welders. Today the range runs from 60 W bench welders for rings to 3000 W handheld fiber welders for sheet-metal shops.
FlagshipHandheld Fiber Laser Welding Machine 1000–2000 W (water-cooled)1000–2000 W Laser power2–4 mm Steel penetration10 / 15 m Fiber cable
Handheld fiber laser welders
300–3000 W for stainless, carbon steel, aluminium and galvanized sheet. Air- or water-cooled, with wire feeder and wobble head.
Handheld fiber laser welders
Air-Cooled Handheld Fiber Laser Welding Machine 1000–1500 W
- Laser power
- 1000–1500 W
- Stainless penetration
- 2.5–4 mm
- Cooling
- Air
Handheld fiber laser welders
4-in-1 Handheld Laser Welding, Cutting and Cleaning Machine 1500 W
- Laser power
- 1500 W
- Stainless weld
- Up to 5 mm
- Cutting
- 1–2 mm
Handheld fiber laser welders
Handheld Laser Welding Machine 1000–3000 W (double wire feed)
- Laser power
- 1000–3000 W
- Stainless thickness
- 3–7 mm
- Wobble width
- 0–6 mm
Handheld fiber laser welders
Handheld Laser Welding Machine 1000 / 1200 W (air-cooled, with wire feeder)
- Laser power
- 1000–1200 W
- Stainless thickness
- 3–4 mm
- Cooling
- Air
Handheld fiber laser welders
Handheld Fiber Laser Welding Machine 500–1500 W (MW-PW series)
- Laser power
- 500–1500 W
- Max weld thickness
- 1–3 mm
- Fiber cable
- 5–10 m
Handheld fiber laser welders
Handheld Laser Welding Machine MW-FR1000 (1000 W, wobble head)
- Laser power
- 1000 W
- Welding depth
- 0.1–3 mm
- Fiber cable
- 10 m
Handheld fiber laser welders
Mini Handheld Laser Welder 300 W (air-cooled, portable)
- Laser power
- 300 W
- Weight
- 25 kg
- Power supply
- 220 V / 10 A
Jewelry laser welders
Pulsed welders with microscope or CCD camera for gold, silver and platinum repairs, chains and permanent jewelry.
Jewelry laser welders
Desktop Jewelry Laser Welder 100 / 200 W (Nd:YAG, water-cooled)
- Laser power
- 100 / 200 W
- Pulse energy
- ≥ 100 J
- Welding depth
- up to 2 mm
Jewelry laser welders
Mini Jewelry Laser Welder 200 W with Microscope and CCD
- Laser power
- 200 W
- Pulse energy
- 100 J
- Spot size
- 0.1–3.0 mm
Jewelry laser welders
QCW Fiber Jewelry Laser Welder 60 / 120 / 200 W (MW-QW)
- Average power
- 60 / 120 / 200 W
- Peak power
- 600–2000 W
- Net weight
- 32 kg
Jewelry laser welders
Permanent Jewelry Laser Welder 150 W with CCD (MW-K100-200)
- Laser power
- 150 W
- Pulse energy
- 40 J
- Spot diameter
- 0.2–2 mm
Jewelry laser welders
All-in-One Desktop Jewelry Laser Welder 100 W (MW-ST100W mini)
- Laser power
- 80 / 100 W
- Minimum spot
- 0.3 mm
- Frequency
- 1–30 Hz
Jewelry laser welders
Desktop Integrated Jewelry Laser Welder (MW-ST series, up to 100 W)
- Max. output power
- 100 W
- Max. pulse energy
- 50 J
- Pulse frequency
- 1–15 Hz
Jewelry laser welders
Split Jewelry Laser Welder 60 / 120 / 200 W (QCW fiber, MW-QW)
- Average power
- 60 / 120 / 200 W
- Peak power
- 600–2000 W
- Max. pulse energy
- 6 / 12 / 35 J
Jewelry laser welders
Permanent Jewelry Laser Welder 200 W (vertical cabinet, MW-FW200)
- Laser power
- 200 W
- Minimum spot
- 0.3 mm
- Frequency
- 1–30 Hz
Jewelry laser welders
Portable Jewelry Laser Welder 200 W (Nd:YAG)
- Laser power
- 200 W
- Pulse energy
- up to 100 J
- Spot size
- 0.1–2 mm
Jewelry laser welders
100J Gold Jewelry Laser Welder, 100 W Water-Cooled
- Laser power
- 100 W
- Pulse energy
- 45 J
- Spot size
- 0.1–3.0 mm
Jewelry laser welders
Mini CCD Jewelry Laser Welder 60 W (MW-DW60)
- Average power
- 60 W
- Pulse energy
- 40–60 J
- Beam diameter
- 0.1–2.0 mm
Jewelry laser welders
Vertical Jewelry Laser Welder 80 W
- Laser power
- 80 W
- Format
- Vertical cabinet
Mould repair welders
200–500 W pulsed welders on a movable stand for die and mould repair with filler wire.
Automatic and robotic welding
CNC tables and 6-axis robot arms for repeatable seams in production.
Not the exact machine you need?
This website shows part of our range. Whatever you need, from a machine we don’t list to a complete production line, we supply it as one solution. Contact us any time.
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Which laser welder fits which job
| Property | Handheld fiber | Jewelry (pulsed) | Mould repair | Automatic / robot |
|---|---|---|---|---|
| Typical power | 300–3000 W | 60–200 W | 200–500 W | 200 W and up |
| Typical parts | Sheet metal, cabinets, frames, kitchenware | Rings, chains, prongs, small precision parts | Dies, moulds, tool edges | Batteries, sensors, repeated seams |
| Operator | Handheld torch | Seated, under microscope or camera | Standing, with microscope | Programmed |
| Filler | Optional wire feeder | Usually none or fine wire | Filler wire | Depends on joint |
Why laser welding
A focused laser beam melts a narrow zone, so the seam is small and the part distorts less than with TIG or MIG. On thin stainless and aluminium that often means little or no grinding afterwards.
Handheld fiber welders are also quick to learn. Most operators produce acceptable seams after a short training, which is why sheet-metal shops add them next to their TIG sets.
How to choose
For sheet-metal work, choose power by the thickest material you weld every week, not the thickest you might weld once. For jewelry, choose by pulse energy, viewing system (microscope or CCD) and whether you need a compact desktop unit.
For moulds, a stand with a long arm and a microscope on a swivel matters as much as power. For production, ask us for a sample weld on your part before choosing an automatic system.
Read before you buy
All guidesLaser welding · 8 minHandheld 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.Laser welding · 8 minHandheld 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.Laser welding · 8 minHow 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.
FAQ
Questions buyers ask
What thickness can a handheld laser welder weld?
It depends on power, material and joint. As a rough guide, a 1500 W machine handles most stainless and carbon steel sheet up to a few millimetres in one pass; higher power extends this. Our power guide has a typical thickness table.
Is laser welding stronger than TIG?
With good fit-up, laser seams on thin material are typically as strong as TIG seams, with less distortion. Poor fit-up or wide gaps favour TIG or MIG, or laser welding with filler wire.
Can I weld aluminium with a handheld laser welder?
Yes. Aluminium reflects more and conducts heat away faster, so it needs more power and clean surfaces. Many shops clean the joint with a laser cleaner first.
What is the difference between a jewelry welder and a handheld welder?
Jewelry welders deliver short, precise pulses under magnification for small precious-metal parts. Handheld fiber welders run continuously at high power to join sheet metal.