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    • Fiber Laser Division

    Fiber Laser Equipment for Marking, Cutting, Welding and Cleaning

    One 1064 nm fiber platform covers four production processes: permanent marking, burr-free cutting, low-distortion welding and non-contact surface cleaning. Four specialised lines and 42 machine models run from a 20W benchtop marker to a 6000W continuous cleaning station or a 40 kW cutting system. Each machine is specified around your material, part geometry and output target rather than a fixed catalogue entry, and every unit is validated with a free sample test before you order.

    4Product lines
    42Machine models
    20W–6000WPower range
    CECertified, 24-month warranty
    Get a Free Quote Browse the 42 Models
    Handheld fiber laser marking machine marking a metal part
    Large-format fiber laser marking machine marking a wide metal panel
    Four processes, one 1064 nm beam — the division is engineered as a single platform.
    One Platform, Four Processes

    Four Lines, 42 Models, One Engineering Language

    Fiber laser equipment concentrates a 1064 nm beam into a spot small enough to mark, clean, weld or cut metal with digital precision. Because the beam is delivered through a flexible fiber and steered by software, one platform can etch a serial number, strip rust from a weld seam, fuse a battery tab or sever a stainless sheet — with no tool wear and almost no consumables.

    • Marking — 21 modelsFiber, CO2, MOPA and UV sources from 20W to 100W in handheld, all-in-one, split, foldable, desktop, flying, large-format and 3D builds for permanent traceability and branding.
    • Cutting — 6 platformsSheet, tube, pipe and large-format systems from 1000W to 40000W delivering burr-free edges in carbon steel, stainless, aluminium and brass.
    • Welding — 6 buildsFour-in-one handheld and split-cabinet machines from 800W to 3000W for low-distortion seams on stainless, carbon steel, aluminium and copper.
    • Cleaning — 9 modelsPulsed and continuous cleaners from 100W to 6000W that remove rust, paint, oxide and coatings without abrasives, chemicals or secondary waste.

    Buyers increasingly standardise on one fiber laser division instead of mixing inkjet printers, sandblasting cabins, TIG torches and plasma cutters — one supplier, one parameter philosophy and one spare-parts channel.

    Four Product Lines

    The Four Fiber Laser Lines in This Division

    Each line is engineered around one process, then re-specified with the power, optics and automation your application needs. Open a line to see every model, its working range and its selection matrix.

    Fiber Laser Marking Machines

    21 models — handheld, all-in-one, split, foldable, desktop, flying, large-format and 3D markers in fiber, CO2, MOPA and UV. 20W to 100W for permanent codes, logos and deep engraving.

    Fiber Laser Cutting Machines

    6 platforms — single table, exchange bed, tube and sheet, 2D-3D pipe and large format. 1000W to 40000W for carbon steel, stainless, aluminium and brass with burr-free edges.

    Fiber Laser Welding Machines

    6 builds — air-cooled handheld and split-cabinet four-in-one machines. 800W to 3000W for low-distortion seams, battery tabs and bright stainless without pickling.

    Pulsed Laser Cleaning Machines

    9 models — suitcase, backpack, trolley, pull-rod, dual-axis, water-cooled and high-power stations. 100W to 6000W for rust, paint, oxide and coating removal.

    42Machine models in the division
    4Production lines
    20W–6000WLaser power range
    24monthsWarranty on source
    Line A · 21 Models

    Fiber Laser Marking Machines

    Permanent, high-contrast marks on metal and engineering plastics. Choose the format first — handheld, all-in-one, split, desktop, flying, large-format or 3D — then match the source to the material and the power to your cycle time.

    All-in-one MOPA fiber laser marking machine

    All-in-One MOPA Marker

    Adjustable pulse width from 20W to 100W for colour marking on stainless steel and deep black on anodized aluminium.

    20W – 100WAdjustable pulse
    View details
    Split-type fiber laser marking machine

    Split Fiber Marker

    20W–100W with a 3 m fiber cable and auto-focus option for gantry, robot and conveyor integration.

    20W – 100W3 m cable
    View details
    Split-type CO2 laser marking machine

    Split CO2 Marker

    Air-cooled 30W–60W CO2 head on a separate cabinet, with a 20,000-hour source and no water chiller.

    30W / 40W / 60WAir-cooled
    View details
    Split-type MOPA fiber laser marking machine

    Split MOPA Marker

    Adjustable-pulse 20W–100W MOPA source with a remote head for colour and black marking on stainless and aluminium.

    20W – 100WPulse width adjustable
    View details
    Split-type UV laser marking machine

    Split UV Marker

    3W–10W 355 nm cold marking head mounted remotely for heat-sensitive parts and confined fixtures.

    3W / 5W / 10W355 nm
    View details
    Desktop enclosed MOPA laser marking machine

    Desktop MOPA Marker

    Enclosed Class 1 cabinet with an adjustable-pulse MOPA source for colour and black marking in batch production.

    20W – 100WClass 1 enclosed
    View details
    Desktop enclosed UV laser marking machine

    Desktop UV Marker

    Enclosed 355 nm cold-marking system in 3W, 5W and 10W for plastics, glass and medical disposables.

    3W / 5W / 10W355 nm UV
    View details
    Flying CO2 laser marking machine for packaging lines

    Flying CO2 Coder

    10.64 µm on-the-fly coder for cartons, film and packaging, with a 40,000–60,000 hour source.

    10.64 µm10,000+ mm/s
    View details
    Line B · 6 Models

    Fiber Laser Cutting Machines

    Burr-free contours in carbon steel, stainless, aluminium and brass. Start with the format that matches your material and workflow — single table, exchange bed, tube and sheet, pipe or large format — then step up in power within that platform.

    Line C · 6 Models

    Fiber Laser Welding Machines

    Low-distortion seams on stainless, carbon steel, aluminium and copper. Every build below shares the wobble head, wire feeder and four-function platform; they differ in cooling, cabinet layout, weight and the level of customisation.

    Line D · 9 Models

    Pulsed Laser Cleaning Machines

    Non-contact removal of rust, paint, oxide and coatings with no abrasives, chemicals or secondary waste. Listed from the lightest handheld unit to the largest continuous system; every machine uses the same cleaning principle.

    Cross-Line Selection Matrix

    Compare the Four Lines Side by Side

    Rows are the parameters that decide the line; columns are the four product lines. Where a value is set per configuration it is confirmed on request rather than assumed.

    Cross-line comparison of the four fiber laser equipment product lines
    Parameter Marking Cutting Welding Cleaning
    Laser typeFiber, CO2, MOPA and UVFiber, continuous waveFiber, 1080 nmPulsed fiber, MOPA and continuous wave
    Power range20W – 100W (UV 3–10W)1000W – 40000W800W – 3000W100W – 6000W
    Typical materialsMetals, engineering plastics, wood, acrylic, leather, glassCarbon steel, stainless, aluminium and brass sheet and tubeStainless, carbon steel, aluminium, copper and galvanised sheetRust, paint, oxide and coatings on steel, aluminium and stone
    Working area or formatMarking field from 110 × 110 mm to 1200 × 1200 mmTables from 3000 × 1500 mm up to 14000 × 3200 mmHandheld gun; envelope set by gun reach and cable lengthScan width 10–300 mm, plus backpack, trolley and cabinet formats
    Typical industriesAutomotive, electronics, hardware, tools, packagingSheet metal, furniture, construction, shipbuildingKitchen equipment, automotive, enclosures, repairMarine, molds, structural steel, heritage
    Lead timeAbout 5 working daysConfirmed per platform and configurationAbout 5 working daysConfirmed per model and configuration

    Every line is quoted to your material, thickness or part size with a free sample test. The sample result, not the catalogue, is the basis of the final recommendation.

    Applications

    Industries That Run This Division

    One 1064 nm platform appears in very different factories. What changes is the process, the format and the power — not the core technology.

    Automotive Components

    Traceability codes, battery-tab welding and oxide-free preparation on brackets, panels and housings, where a clean joint and a permanent mark matter equally.

    Hardware & Hand Tools

    Deep-engraved logos, sizes and batch codes on wrenches, cutters and fasteners, marked on enclosed desktop and split machines for continuous production.

    Kitchen & Sanitary Stainless

    Sinks, hoods and tableware welded with a bright seam and finished without acid pickling, then laser-marked with the standard and rating.

    Sheet Metal Fabrication

    Nested sheet cut burr-free, corners welded and seams cleaned on the same floor, so a bracket or enclosure moves from plate to finished part without leaving the shop.

    Mold & Die Repair

    Cavity residue, rust and coating stripped without touching parting lines or dimensions, then local areas welded and re-dressed in place.

    Food & Packaging Coding

    Flying fiber and CO2 coders print dates, lots and barcodes on cartons, film and metal packaging on the moving line, with no ink or solvent to reorder.

    Delivery Process

    From Application Review to a Running Machine

    Every line follows the same four steps, so a marking project and a cutting project are managed the same way.

    01

    Share Your Application

    Tell us the process, material, part geometry, thickness and required output so we can shortlist the right line and power.

    02

    Free Sample & Feasibility Test

    Send a sample and we test it in our lab, returning process videos, measured results and the parameter file we used.

    03

    Configure, Build & Age

    The machine is built to the approved specification and run continuously before it is packed and dispatched.

    04

    Delivery, Training & Support

    Door-to-door shipping to 80+ countries, remote commissioning, operator training and lifetime technical support.

    Air-cooled handheld fiber laser welding machine built for field work
    One supplier, one parameter library and one spare-parts channel across all four lines.
    Why Buyers Choose This Division

    One Platform Instead of Four Vendors

    • Single engineering languageMarking, cleaning, welding and cutting share one source philosophy, so operators and maintenance teams move between machines easily.
    • Almost no consumablesNo inks, solvents, blasting media, welding wire or cutting nozzles to reorder — the machines run on electricity and periodic lens care.
    • Process-led resultsParameters are stored as digital job files, so quality does not depend on operator judgement and repeats shift after shift.
    • CE certified buildsInterlock, shielding and emergency-stop documentation with a 24-month warranty on the laser source and core components.
    FAQ

    Fiber Laser Equipment Questions

    Start with the process: marking, cutting, welding or cleaning. Then define the material (steel, aluminium, copper, brass, coated metal, plastic, wood or glass), the part size and geometry, the required speed and the target quality. Send us those details plus a sample and our application engineers will recommend the line, the model and the laser power. Test results from your own sample are the most reliable basis for selection.

    Marking (21 models) uses fiber, CO2, MOPA and UV sources from 20W to 100W for permanent codes and logos. Cutting (6 platforms) uses continuous-wave fiber sources from 1000W to 40000W for sheet, tube and pipe. Welding (6 builds) uses 800W to 3000W four-in-one machines for low-distortion seams. Cleaning (9 models) uses pulsed and continuous sources from 100W to 6000W to remove rust, paint and coatings without abrasives or chemicals.

    For marking, 20W to 30W handles fine work and general metal marking, 50W speeds up deep engraving, and 100W suits thick metal and large format. For cleaning, 100W to 300W removes light rust and oil, 500W to 1000W handles moderate rust and paint, and 1500W and above is specified for heavy corrosion and large steel structures. For welding, 800W to 2000W covers thin and medium sheet, and 3000W is used for thicker sections and dual wire feed. Tell us the material and target cycle time and we will confirm the level.

    Yes. All four processes use the same 1064 nm beam delivered through a fiber and steered by software; what changes is the power, the pulse or continuous mode, the optics and the head. A four-in-one welding machine already switches between welding, cleaning, cutting and seam finishing in one work envelope, and many customers run several lines from the same supplier for exactly that reason.

    Yes. Send your parts or sample coupons and we test them in our application lab, then return the marked, cut, welded or cleaned result with measured data and the parameter set we used, before you commit to an order.

    Yes. We offer OEM and ODM engineering across the whole division: laser power, lens and working area, enclosure and safety class, rotary axis or XY table, conveyor and PLC/MES integration, fixture design, voltage and interface language, and your own branding. Share drawings or a video of your current process and we will propose a matched configuration.

    Marking and welding machines are typically built in about five working days and cutting and large cleaning platforms are confirmed per configuration. Every unit carries a 24-month warranty on the laser source and core components, an English manual and parameter library, free remote commissioning and lifetime technical support. Shipping is door-to-door to more than 80 countries.

    Next Step

    Configure the Right Fiber Laser Equipment for Your Process

    Send us your material, part size and daily output target. We will recommend a line and a model, run a free sample test and prepare a quotation for the configuration.

    Request a Quote Ask an Engineer

    Response Commitments

    • Quotation within 12 working hours
    • Free sample test with measured report
    • OEM / ODM branding available
    • 24-month warranty, lifetime support
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