• Shipping to 80+ countries
  • Request a Quote
    • Four-in-One Fiber Laser Welding

    Fiber Laser Welding Machines

    One 1080 nm fiber source, four tools, one cabinet. These four-in-one systems weld, clean, cut and finish a seam without sending the part to a second machine — so a fabricator can buy one platform instead of four. Choose a handheld build for reach, a split-cabinet build for cooling headroom, or an air-cooled build for site work.

    6Models in the range
    800–3000WLaser power
    4-in-1Weld, clean, cut, finish
    2 yearsWarranty
    Get a Free Quote Ask an Engineer
    Overview

    Why Four Functions Share One Machine

    A weld is never a single operation. The joint is cleaned before the beam touches it, welded in one pass, and dressed afterwards so the seam matches the surrounding surface. Four-in-one systems keep all of that in one work envelope instead of moving the part between a welder, a grinder and a cleaning booth.

    • One source, four headsThe fiber source, chiller and controller stay put; only the handpiece or head changes.
    • Pre-weld cleaningRust, oil, paint and oxide are removed by the same beam, so the weld starts from clean metal.
    • Thin-sheet cuttingThe cutting head trims, slots or releases parts without a separate shear or plasma torch.
    • Seam finishingA dedicated head removes heat tint and spatter, so stainless stays bright without acid pickling.
    Handheld four-in-one laser welding machine welding a stainless steel seam
    Four functions, one work envelope — the part rarely leaves the bench.
    01

    Clean

    Strip rust, oil and coating from the joint line with the cleaning head before welding.

    02

    Weld

    Lay the seam with the wobble head, adding filler wire where the joint calls for it.

    03

    Cut

    Trim, slot or free thin sheet with the cutting head when a part needs shaping.

    04

    Finish

    Dress the seam with the seam-cleaning head to remove tint and spatter.

    Model Range

    Six Four-in-One Builds, 800W to 3000W

    Every unit below shares the wobble head, wire feeder and four-function platform. They differ in cooling, cabinet layout, weight and the level of customisation.

    Selection Guide

    All Six Models Side by Side

    Pick the row that matches your work, then confirm the power level against the material thickness you weld. Figures below come from the machine datasheets.

    Comparison of all four-in-one fiber laser welding machine models
    Parameter Air-Cooled Handheld Split-Type Economical Hanli Handheld S&A Handheld Customizable
    Model seriesKR-LW800A – 2000AKR-LW1500S – 3000SKR-LW1500E – 3000EKR-LW1500H – 3000HKR-LW1500S – 3000SKR-LW1500C – 3000C
    Laser power800W / 1200W / 1500W / 2000W1000W / 1500W / 2000W1500W / 2000W / 3000W1500W / 2000W / 3000W1500W / 2000W / 3000W1500W / 2000W / 3000W
    Laser sourceBWT / Raycus / MaxRaycus / MAX / BWTRaycus / Reci / BWT / MaxRaycus / Reci / BWT / MaxRaycus / Reci / BWT / MaxRaycus / Reci / BWT / Max
    Cooling methodAir-cooledSeparate water chillerWater-cooledHanli water chillerS&A dual-circuit chillerWater-cooled
    Cabinet layoutOne compact cabinetSource and chiller in two cabinetsChiller inside the cabinetChiller inside the cabinetChiller inside the cabinetChiller inside the cabinet
    Machine weight55 kg / 58 kg125 kg / 134 kg109.2 kg65 kg77 kg80 kg
    Welding gun weightAbout 1 kgHandheld gun included0.75 kg0.75 kg0.75 kg0.75 kg
    Wire feedingSingle wireSingle or dual wireSingle or dual wireWire feeder includedSingle or dual wireSingle or dual wire
    FunctionsFour-in-one: laser welding, laser cleaning, laser cutting and weld-seam cleaning on one platform
    Standout featureNo chiller, 55 kg portableBest cooling headroom and service accessLowest entry to 3000W water-cooled weldingThree wobble scan modes with optical-path protectionTightest temperature stability for continuous dutyFull brand customisation with illuminated logo

    Air-cooled output is listed as 800W, 1200W, 1500W and 2000W from the datasheet, while the top model is named KR-LW2000A. Filler wire, fiber length and gun configuration are confirmed per order. Ask us for a datasheet matched to your material and thickness.

    Welding Methods & Advantages

    How the Beam Lays a Seam

    The same wobble head covers most joint types by changing the oscillation pattern, the travel speed and the wire feed rate. Nothing about the cabinet changes.

    A

    Butt & Lap Welds

    A linear or circular wobble spans the joint, so a gap of up to 0.5 mm is bridged in a single pass with a flat, bright bead.

    B

    Fillet & Corner Welds

    A wider rectangular wobble spreads energy across the fillet leg; wire feed builds the throat without slowing travel.

    C

    Spot & Stitch Welds

    Short timed pulses tack thin sheet without burn-through, then a continuous pass finishes the run.

    D

    Dissimilar Joints

    Low heat input limits distortion when steel meets aluminium or brass, with wire matching the joint requirement.

    Close-up of the wobble welding head and wire feeder on a four-in-one laser welder
    Wobble head, wire feeder and gas nozzle work as one assembly.
    Why It Wins

    Four Advantages That Show Up on the Floor

    • Wobble headOscillating the spot at up to 20,000 mm/s stirs the pool, reduces porosity and relaxes the fit-up tolerance.
    • Wire feedingSingle wire for standard joints, dual wire to raise deposition when welding thick sections.
    • Shielding gasConcentric argon or nitrogen flow keeps oxygen out and the seam free of porosity and tint.
    • Cooling choiceAir-cooled for portability, or a chiller loop that holds within about half a degree for around-the-clock output.
    Applications

    Where Four-in-One Welding Pays Off

    Four functions matter most where cleaning, welding, trimming and finishing already happen in the same cell.

    Automotive & Repair

    Body panels, brackets and exhaust work, where pre-clean and a bright finish matter as much as the weld itself.

    Stainless Fabrication

    Kitchen equipment, railings and tanks that must ship bright, with the seam-cleaning head replacing acid pickling.

    Sheet Metal & Enclosures

    Cabinets, panels and covers, where the cutting head trims and slots and the welding head closes the corner.

    Aerospace & Precision

    Thin-walled and heat-sensitive assemblies that need low distortion and a repeatable, code-controlled bead.

    Heavy Metalworking

    Frames, tubes and structural parts welded at 2000W to 3000W, with dual wire feed for thicker sections.

    Field & On-Site Work

    Installed equipment and site repairs, where the air-cooled build travels and needs no water circuit.

    FAQ

    Choosing a Four-in-One Laser Welder

    One 1080 nm fiber source drives four tools: a wobble welding head, a cleaning head for pre-weld surface preparation, a cutting head for thin sheet, and a seam-cleaning head that removes discolouration after welding. You change the head and the recipe while the main cabinet, chiller and wire feeder stay in place.

    The wobble head oscillates the focused spot at up to 20,000 mm/s in a circular, rectangular or linear pattern. That stirs the melt pool, widens the seam, reduces porosity and lets one pass bridge a joint gap of up to 0.5 mm, so parts need less fit-up work than with a fixed spot.

    Add filler wire when the joint has a gap, when you are welding thicker sections, or when you want a built-up fillet. Single wire suits standard butt and lap welds, while dual wire feeds two wires at once to raise deposition on thick material.

    Yes. Argon or nitrogen shields the melt pool from oxygen, which keeps the seam bright and prevents porosity. Flow is set per material and thickness, and the gun delivers gas concentrically around the beam.

    Air-cooled units use fans and heatsinks, weigh around 55 kg and suit site work, maintenance and light sheet. Water-cooled units use a closed chiller loop, hold temperature to within about half a degree and support higher power for continuous, all-day production.

    Stainless steel, carbon steel, aluminium, copper and galvanised sheet are all supported. Aluminium and copper reflect more of the beam, so they are usually welded at higher power with a slightly different focus and gas setting.

    Standard production is about five working days, with express transit adding roughly four to six working days. Every machine carries a 2-year warranty with free replacement parts, English online support and lifetime technical help. Volume terms are agreed per order.

    Next Step

    Send a Sample. Get a Matched Welder.

    Tell us the material, the joint and the thickness you weld. We will confirm the power level, the cooling type and the wire-feed setup, then return a welded sample with the parameter file before you commit.

    Request Free Quote See the Welding Line

    Response Commitments

    • Reply within 12 working hours
    • Free sample weld test with parameter file
    • OEM / ODM branding available
    • 2-year warranty, lifetime support
    Get Quote