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The 2026 buying guide

Best Laser Welders
of 2026

the Complete Guide for Beginners

Six picks across xTool, XLaserlab, GWEIKE, OMTech, and IPG, chosen for the materials you use and the work you do.

Find your match

The best laser welder is the one that handles the alloys and joints you actually make, fits your workshop, and keeps up with your workload. We picked by the job: compact thin-sheet work, more welding range, longer reach, or a dedicated production setup.

We make xTool MetalFab, so read this with that in mind. These editorial picks draw on published specifications and named external evaluations. We identify sponsored reviews, specification assessments, and brand-published owner stories so you can judge the evidence.

Which laser welder fits your work?

Choose the work you do. See which features make each welder a good fit, and when a higher-priced setup earns its place.

Best matches

Compact systems for varied shop work

Best when one air-cooled system needs to handle welding, weld cleaning, and light cutting. MetalFab 800W keeps wire feed built in for a compact bench setup; GWEIKE M1200 adds longer reach around larger parts.

xTool MetalFab 800W

$3,999 MSRP $4,699 · Price check Nov. 2026 After $500 automatic checkout offer

Built-in wire feed for a compact bench. Weld, clean, and make light cuts without a separate feeder beside the main unit. A practical fit for brackets, enclosures, and varied small parts that share the same workspace.

Explore MetalFab 800W

GWEIKE M1200

$4,899 Price check Nov. 2026 The Maker’s Chest listing · sold out

Longer reach around larger workpieces. The 8 m cable helps you work around bigger parts, while the 1200W source supports welding, cleaning, and handheld cutting. Choose it when access around the workpiece is the priority.

Read the CNCRouterInfo review

01 / The shortlist

Six picks for different workshop priorities

Choose the advantage you need most. Each pick includes its limits, a skip condition, and a linked external evaluation.

Best for thin-sheet work with built-in wire feed
xTool MetalFab 800W

xTool MetalFab 800W

$3,999 MSRP $4,699 · Price check Nov. 2026 After $500 automatic checkout offer

An integrated wire feeder and a 31 kg main unit make the 800W a practical MetalFab choice for repeat thin-sheet jobs.

Why this pick →
Best MetalFab for 3–4 mm aluminum fabrication
xTool MetalFab 1200W

xTool MetalFab 1200W

$5,999 MSRP $7,999 · Price check Nov. 2026 After $700 automatic checkout offer

A published aluminum range up to 4 mm and optional CNC cutting suit shops that cut and weld sheet-metal parts regularly.

Why this pick →
Best for a lightweight, wide-voltage setup
XLaserlab X1 Pro

XLaserlab X1 Pro

$3,399.99 Price check Nov. 2026 Standard Kit sale price

A 21 kg main unit and a 100–250 V input range make the X1 Pro an appealing portable setup for thin-metal work.

Why this pick →
Best for an 8 m cable with three processing modes
GWEIKE M1200

GWEIKE M1200

$4,899 Price check Nov. 2026 The Maker’s Chest listing · sold out

An 8 m cable gives the M1200 useful reach around larger workpieces while retaining air cooling.

Why this pick →
Best for a water-cooled 1500W package
OMTech 1500W · FCM-15CW

OMTech 1500W · FCM-15CW

$5,299.99 Price check Nov. 2026 US pre-order listing

The 1500W source, built-in water chiller, and wire feeder make a clear package for a fixed welding station.

Why this pick →
Best for an alloy-specific industrial shortlist
IPG LightWELD 1500 XR

IPG LightWELD 1500 XR

$33,000 Price check Nov. 2026 The Maker’s Chest retailer listing

Separate published limits for steels, aluminum series, copper, titanium, and nickel alloys make the XR useful for a demanding material brief.

Why this pick →

02 / At a glance

Compare the specifications that change the decision

US prices checked Nov. 2026. MetalFab prices include the advertised automatic checkout offers. Compare the exact package, tax, installation, and availability.

Machine / equipment price Steel weld claim Aluminum weld claim Cooling / main weight Supply / external evidence
xTool MetalFab 800W $3,999 MSRP $4,699 · Price check Nov. 2026 After $500 automatic checkout offer 0.2–4 mm 0.2–2 mm Air 31 kg 220–240 V Sponsored hands-on demo
xTool MetalFab 1200W $5,999 MSRP $7,999 · Price check Nov. 2026 After $700 automatic checkout offer 0.2–5 mm 0.2–4 mm Air 38.2 kg + feeder 200–240 V Hands-on; unit supplied
XLaserlab X1 Pro $3,399.99 Price check Nov. 2026 Standard Kit sale price Not separately stated* Alloy-specific limit not stated Air 21 kg 100–250 V; confirm circuit Hands-on; discount link
GWEIKE M1200 $4,899 Price check Nov. 2026 The Maker’s Chest listing · sold out Not separately stated* Alloy-specific limit not stated Air 49.2 kg + feeder Confirm regional 220 V supply Specification review
OMTech 1500W · FCM-15CW $5,299.99 Price check Nov. 2026 US pre-order listing Up to 4 mm Up to 2 mm Water Not published 220–240 V; verify circuit Specification review
IPG LightWELD 1500 XR $33,000 Price check Nov. 2026 The Maker’s Chest retailer listing Up to ≈5.9 mm 3/5: ≈5.8; 6: ≈5.2 mm Air 53 kg 220 V; 24 A (XR sheet) Engineering test report · PDF

*XLaserlab and GWEIKE publish general processing ranges without separate alloy limits; these are not verified steel-welding results. Other thickness values are manufacturer claims for their stated conditions. IPG values follow its current US capability chart. Sources appear with each detailed pick.

Buy for the joint, then the wattage.

A 1,500W label alone does not establish a wider welding range: OMTech lists 2 mm aluminum, while MetalFab 1200W lists 4 mm. Compare the alloy, joint, procedure, and sample result.

03 / The picks in detail

What makes each machine worth considering?

Find the strength that matches your regular work, then use each skip condition to narrow the shortlist.

Pick 01 / Best for thin-sheet work with built-in wire feed Compare all six ↑
xTool MetalFab 800W
Current price
$3,999 MSRP $4,699 · Price check Nov. 2026 After $500 automatic checkout offer
Laser
800 W fiber; 1080 ± 10 nm
Steel welding
0.2–4 mm; see alloy chart
Aluminum welding
0.2–2 mm; verify alloy and joint
Functions
Weld / handheld cut / clean
Cooling
Forced air
Main unit
31 kg; 306 × 632.3 × 472 mm
Input, model spec
220–240 V AC; 13.5 A full load
Rated input
3,000 W
Gun cable
3.5 m
Wire feeder
Built in; spool up to 5 kg
Wire sizes
0.8 / 1.0 / 1.2 / 1.6 mm
Wire speed
2–100 mm/s
Ambient range
−10 to 40°C

Welder configuration; tax and workshop installation are extra. Verify the promotion at checkout.

Specs: 800W specifications · Material chart · Regional installation · Price

xTool MetalFab 800W

Our pick for a compact MetalFab setup when your regular steel and aluminum joints fit the 800W material chart. Published material chart

Why we picked it: An integrated wire feeder and a 31 kg main unit make the 800W a practical MetalFab choice for repeat thin-sheet jobs.

The built-in feeder keeps wire delivery with the machine. Start here for brackets, enclosures, and similar repeat parts; compare preparation and finishing time on your own joint. TimWelds demonstrates the 800W in a sponsored workshop video, which is useful for seeing the controls and workflow.

Pros

  • Built-in feeder keeps the setup together.
  • Lower main-unit weight than MetalFab 1200W.
  • Three processing functions in one unit.

Cons

  • Published aluminum range stops at 2 mm.
  • North American installation requires a higher-voltage circuit.

Skip it if: your regular work includes 3–4 mm aluminum or steel beyond 4 mm; trial the 1200W on that joint.

Explore MetalFab 800W
Pick 02 / Best MetalFab for 3–4 mm aluminum fabrication Compare all six ↑
xTool MetalFab 1200W
Current price
$5,999 MSRP $7,999 · Price check Nov. 2026 After $700 automatic checkout offer
Laser
1,200 W fiber; 1080 ± 10 nm
Steel welding
0.2–5 mm; see alloy chart
Aluminum welding
0.2–4 mm; verify alloy and joint
Functions
Weld / handheld cut / clean; CNC optional
Cooling
Forced air
Main unit
38.2 kg; 327 × 728 × 512 mm
Separate feeder
13.2 kg; 232 × 664 × 417 mm
Input, model spec
200–240 V AC; 21 A full load
Rated input
4,200 W
Gun cable
5 m
Wire spool
Up to 15 kg
Wire sizes
0.8 / 1.0 / 1.2 / 1.6 mm
Wire speed
2–100 mm/s
Ambient range
−10 to 40°C

Welder configuration; optional CNC platform, tax and installation are extra. Verify the promotion at checkout.

Specs: 1200W specifications · Material chart · Regional installation · Price

xTool MetalFab 1200W

Our MetalFab pick for a wider welding range and a workflow that can grow into programmed sheet cutting. Published material chart

Why we picked it: A published aluminum range up to 4 mm and optional CNC cutting suit shops that cut and weld sheet-metal parts regularly.

The 1200W adds welding range and a separate feeder for larger spools. James Biggar’s supplied-unit review includes steel and 3 mm 6061 aluminum trials. If a CNC platform is part of the plan, judge the full cut, fixture, and weld cycle alongside the extra floor space and utilities.

Pros

  • Wider published steel and aluminum range.
  • Larger spool capacity for recurring work.
  • Optional CNC platform connects cutting and assembly.

Cons

  • Higher equipment price and more floor space.
  • Feeder adds 13.2 kg to the main-unit weight.

Skip it if: most jobs are within 4 mm steel and 2 mm aluminum and you have no need for the wider range; compare the 800W on the same part.

Explore MetalFab 1200W
Pick 03 / Best for a lightweight, wide-voltage setup Compare all six ↑
XLaserlab X1 Pro
Current price
$3,399.99 Price check Nov. 2026 Standard Kit sale price
Laser
700 W fiber; 1080 ± 10 nm
Published range
0.5–3 mm processing; not split by alloy
Functions
Weld / handheld cut / clean
Welding modes
Continuous / spot / pulse
Cooling
Air
Main unit
21 kg
Dimensions
470 × 205 × 335 mm
Input, product spec
100–250 V AC; 50/60 Hz
Rated input
2,500 W; full-load current <25 A
Wire feed
Single / dual options; confirm selected kit
Controls
7-inch touchscreen
Ambient range
−20 to 40°C
Warranty
1 year, per current listing

Standard Kit. Confirm feeder inclusion and the selected regional package.

Specs: Manufacturer specifications and kit pricing

XLaserlab X1 Pro

Techydiy found the X1 Pro useful for thin-metal welding with little cleanup, while noting that its 700W output struggles as material gets thicker. Techydiy hands-on review

Why we picked it: A 21 kg main unit and a 100–250 V input range make the X1 Pro an appealing portable setup for thin-metal work.

Choose it for moving a compact unit around a prepared workspace. Techydiy shows steel and aluminum welds, section and fracture checks, and a small file-holder project. The stated input range includes US 120 V, but the 2,500 W rated input means circuit capacity still matters. Confirm output at your supply voltage and the selected feeder package.

Pros

  • A 21 kg main unit is practical to reposition.
  • Wide published supply-voltage range.
  • Named reviewer demonstrates weld inspection and fabrication.

Cons

  • Lower output limits heavier work.
  • Published processing range is not an alloy-specific weld chart.
  • Package text varies on feeder inclusion; check the kit.

Skip it if: you routinely weld beyond 3 mm, or need verified aluminum capability by alloy before ordering.

Read the Techydiy review
Pick 04 / Best for an 8 m cable with three processing modes Compare all six ↑
GWEIKE M1200
Current price
$4,899 Price check Nov. 2026 The Maker’s Chest listing · sold out
Laser
1,200 W fiber; 1080 ± 10 nm
Published range
0.2–5 mm general processing; verify alloy
Functions
Weld / handheld cut / clean
Welding modes
Continuous / spot / pulse
Cooling
Air
Main unit
49.2 kg
Separate feeder
10.8 kg
Dimensions
620 × 355 × 610 mm
Cable length
8 m
Supply
Confirm regional 220 V circuit and breaker
Controls
Touchscreen with saved material parameters
Ambient range
−10 to 40°C

1200W retailer listing is marked sold out; confirm the selected kit and availability.

Specs: Manufacturer specifications · Retailer M1200 price

GWEIKE M1200

Our pick when cable reach and three processing modes matter; CNCRouterInfo’s specification review also highlights its air-cooled 1200W format. CNCRouterInfo specification review

Why we picked it: An 8 m cable gives the M1200 useful reach around larger workpieces while retaining air cooling.

The M1200 combines welding, cleaning, and freehand cutting with a separate feeder. Its published 0.2–5 mm processing range is general, so get an alloy-specific welding trial before sizing it to your job. The external review is a specifications assessment, with no independent hands-on test identified.

Pros

  • An 8 m cable reaches around larger workpieces.
  • Air cooling avoids a separate water-cooling routine.
  • Welding, cleaning, and freehand cutting.

Cons

  • About 60 kg including the separate feeder.
  • General thickness claim is not split by alloy.
  • External review is based on published specifications.

Skip it if: you regularly move the entire setup, or the supplier cannot demonstrate the exact alloy and thickness you need.

Read the CNCRouterInfo review
Pick 05 / Best for a water-cooled 1500W package Compare all six ↑
OMTech 1500W · FCM-15CW
Current price
$5,299.99 Price check Nov. 2026 US pre-order listing
Laser
1,500 W fiber; 1080 ± 10 nm
Steel welding
Up to 4 mm, manufacturer claim
Aluminum welding
Up to 2 mm, manufacturer claim
Functions
Weld / seam clean / auxiliary cut
Cooling
Built-in water chiller
Wire feeder
Included
Wire sizes
0.8–1.2 mm
Input, manual
220–240 V AC, 60 Hz; 40 A breaker
Cabinet dimensions
950 × 550 × 950 mm, manual
Operating temperature
5–45°C, manual
Controls
Main touchscreen + gun display
Nozzle kit
20 nozzles, per listing
Main-unit weight
Not published on current product page
Warranty
1 year, per current listing

Listing says ships Dec. 30; confirm delivery before ordering.

Specs: Current specifications, price and availability · Operating manual

OMTech 1500W · FCM-15CW

Our pick for buyers who want a water-cooled 1500W package; CNCRouterInfo’s specification assessment highlights the included feeder and chiller. CNCRouterInfo specification review

Why we picked it: The 1500W source, built-in water chiller, and wire feeder make a clear package for a fixed welding station.

Compare the complete package and the site work it needs. OMTech publishes welding limits of 4 mm for common steels and 2 mm for aluminum. Cutting is auxiliary and freehand. The review is based on specifications; its older price and shipping snapshot differ from the current store listing.

Pros

  • 1,500 W with chiller and feeder in one quoted package.
  • Steel and aluminum limits are listed separately.
  • Controls on both the machine and gun.

Cons

  • Water cooling adds maintenance.
  • Pre-order timing needs written confirmation.
  • The 1500W label does not imply a higher aluminum limit.

Skip it if: you need immediate delivery, prefer air cooling, or regularly weld aluminum thicker than its listed 2 mm limit.

Read the CNCRouterInfo review
Pick 06 / Best for an alloy-specific industrial shortlist Compare all six ↑
IPG LightWELD 1500 XR
Current price
$33,000 Price check Nov. 2026 The Maker’s Chest retailer listing
Welding output
Up to 1,500 W
Steel maximum
0.234 in ≈ 5.9 mm, current chart
Aluminum 3 / 5 series
0.229 in ≈ 5.8 mm, current chart
Aluminum 6 series
0.204 in ≈ 5.2 mm, current chart
Copper maximum
0.081 in ≈ 2.1 mm, current chart
Titanium / nickel alloys
0.203 in ≈ 5.2 mm, current chart
Functions
Weld / pre- and post-weld clean
Cooling
Air
XR datasheet weight
53 kg
XR datasheet input
220 V single-phase; 24 A
Dimensions
641 × 316 × 534 mm, XR datasheet
Wobble width
Up to 5 mm
Cleaning width
Up to 15 mm
Wire feed
Supported; confirm quoted package
Gun cable
10 m in cited XR datasheet; confirm quote

Retailer price for the XR listing. Confirm feeder, commissioning, training and service in the quote.

Specs: Current material capability chart · XR dimensions and utilities · Retailer price

IPG LightWELD 1500 XR

Our pick for an alloy-specific industrial evaluation, supported by a detailed capability chart and published SEL/NSRP application testing. SEL / NSRP XR test report (PDF)

Why we picked it: Separate published limits for steels, aluminum series, copper, titanium, and nickel alloys make the XR useful for a demanding material brief.

The XR pairs up to 1,500W welding with pre- and post-weld cleaning. SEL’s NSRP project used an XR for 5052-H32 aluminum and documents both progress and remaining defects. That makes the report useful evidence for planning an application trial; it does not establish acceptance for a different joint.

Pros

  • Capability is broken out by material and aluminum series.
  • Welding and cleaning in an air-cooled system.
  • Published application testing includes inspection outcomes.

Cons

  • Purchase and installation require an itemized quote.
  • Published testing shows that process development remains necessary.

Skip it if: your main need is low-cost thin-sheet work, or you require a combined CNC cutting system.

Read the SEL / NSRP test report

04 / The buying checklist

How to Choose a Laser Welder

Five questions settle most buying decisions. Apply them to every machine on your shortlist.

01

Start with your exact material and joint

List the alloy grades, thinnest and thickest joints, and typical gaps you weld. Ask for welding limits by material and a sample made to your joint drawing. A general processing range or a higher wattage is only a starting point.

02

Size the machine for your production run

Describe your longest seam, batch size, and expected hours of use. Ask how long the machine can sustain the required output at your shop temperature, including any cooling pauses. Compare time to an accepted, finished part.

03

Match the complete setup to your workshop

Check voltage, full-load current, circuit requirements, shielding gas, and cooling. Compare the weight of the machine, feeder, and accessories together; try the gun and cable around your largest part. Price the electrical and laser-area preparation with the quote.

04

Choose controls and functions your jobs will use

Try the wire feeder, tack or pulse modes, and saved settings on your recurring joints. Add cleaning, freehand cutting, or a CNC option when those steps belong in your workflow. Confirm each function’s limits and included accessories.

05

Check training, service, and the full quote

Get delivery timing, commissioning, operator training, warranty exclusions, and the repair route in writing. Ask about lens and nozzle stock and service response. Compare equivalent packages, including the setup and running items in the sidebar.

Use the same acceptance brief for every supplier

Ask for a sample you can make a decision on.

Keep the representative part, the agreed inspection result, and the recorded settings and total cycle time. Have a qualified reviewer choose the checks your application needs. Quality and qualification guidance .

Application and workshop references: TWI · AWS · OSHA . MetalFab regional supply guide · Gas and nozzle requirements

05 / Evidence and owner workflows

Reviews and Tests Behind the Picks

Start with the external evidence for all six machines, then explore the MetalFab owner projects if that system fits your shortlist.

Hands-on reviews Show the joints and workflow a named creator tried. Commercial relationships are disclosed.

Specification assessments Help identify package details and missing information. They have no hands-on test established here.

Application tests Document methods and inspection outcomes for specific materials and joints.

xTool-published customer stories

Considering MetalFab? See two owner workflows.

Explore how owners connect cutting, assembly, and new products after narrowing your machine shortlist. Both stories below are published by xTool.

06 / Questions answered

Laser welder buying FAQ

Answers to the questions that usually decide the shortlist.

Which laser welder is best for a small workshop?

Pick for the recurring joint and the workshop you can prepare. MetalFab 800W suits thinner work with a built-in feeder; 1200W adds published material range. X1 Pro is lighter, while GWEIKE, OMTech, and IPG offer different reach, cooling, or material priorities. Compare the detailed skip conditions and prove a sample.

How thick can a handheld laser welder weld?

The exact alloy, joint, and procedure matter. MetalFab lists up to 4 mm steel / 2 mm aluminum for 800W, and 5 mm steel / 4 mm aluminum for 1200W. Other manufacturers’ limits are shown above with their qualifications. MetalFab material chart .

Is more wattage always better?

Output power is only one selection factor. The shortlist shows different published material limits at similar wattages. Compare the alloy-specific chart, fit-up, controls, utilities, and accepted sample before paying for more output.

Do I need a wire feeder?

Some suitable close-fitting joints can use base material alone. Others need filler selected for the alloy and procedure. Trial the real gap range, and confirm whether the quoted package includes the feeder. Process overview .

Can I run one from a US 120 V outlet?

The X1 Pro lists 100–250 V input, but also 2,500 W rated input; confirm circuit capacity and available output at your voltage. The MetalFab regional guide requires a higher-voltage supply. X1 Pro specifications · MetalFab installation requirements .

Does a 3-in-1 laser welder replace a CNC cutter?

Check the cutting configuration separately. Freehand trimming and programmed parts have different requirements. If repeat profiles matter, verify the CNC option, working area, cut quality, and utilities in the exact package. MetalFab configuration overview .

Does a neat seam prove the weld is strong?

Appearance alone does not establish penetration or freedom from internal defects. Agree the inspection needed for the application, and keep the sample and procedure record. Quality and qualification guidance .

What must a small shop prepare?

Confirm the regional supply, gas, fixtures, training, service, and consumables. Have a qualified laser safety officer assess the controlled area, access, barriers, extraction, interlocks, and PPE. AWS workshop guidance .

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