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    • Fiber Laser Marking Machines

    Twenty-one marking machines in one place — fiber, CO2, MOPA and UV sources, from 20W to 100W, in handheld, all-in-one, split, foldable, desktop, flying and large-format formats. Every unit is built to order, tested on your material and shipped with tested parameters.

    CE / FDA ready 21 Configurations 20W – 100W Free Sample Test
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    How to Narrow It Down

    • Metal parts → fiber or MOPA source
    • Wood, acrylic, leather, glass → CO2 source
    • Heat-sensitive plastics → UV cold marking
    • Production line → flying or split-type head
    Overview

    Pick the Format First, Then the Power

    The most expensive mistake when buying a laser marking machine is choosing on headline cost before choosing by format. A handheld unit that spends its life on a bench, or a desktop enclosure that has to mark a two-metre steel beam, will cost more in lost time than the difference in purchase cost.

    Start with how the part reaches the laser: does it arrive on a conveyor, sit in a fixture, or never move at all? That answer points to a flying, split, desktop or handheld machine. Then match the laser source to the material, and finally size the power to the cycle time you need.

    If you are unsure, send us the part and the marking requirement. We will test it and come back with a specific model recommendation rather than a catalogue.

    • Same controller, same softwareEvery model shares one control platform, so operators can move between machines.
    • Built to orderLens, power, axis, fixtures and enclosure are specified against your drawing.
    • Tested before shippingMachines run an aging test and are validated on your material before packing.
    Fiber laser marking machine marking metal parts on a production bench
    Format 01

    Handheld & Portable Markers

    When the part cannot come to a bench, take the laser to the part.

    Format 02

    All-in-One Markers

    Source, controller and screen in a single body — the fastest machines to install and the easiest to move between cells.

    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
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    Format 03

    Split-Type & Foldable Markers

    Separate the marking head from the cabinet to reach into fixtures, gantries and production lines — or fold the column down to move the machine.

    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
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    Split-type MOPA 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
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    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
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    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
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    Format 04

    Desktop Enclosed Markers

    Class 1 enclosed cabinets with motorised Z columns — the standard choice for safe, repeatable batch marking of small parts.

    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
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    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
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    Format 05

    Production-Line & Dual-Mode Systems

    Machines that mark while the product moves, or switch between a bench and a handheld gun without changing hardware.

    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
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    Format 06

    Large-Format & 3D Markers

    For nameplates, panels, signage and curved parts that are simply too big — or too uneven — for a standard marking field.

    Buying Support

    What Every Order Includes

    Free Sample Test

    Send the part and we return the marked sample, depth data and the parameter file we used.

    Safety & Certification

    CE and FDA ready builds with interlock, shielding and emergency stop documentation.

    Remote Commissioning

    Video installation guidance, parameter tuning for your parts and operator training.

    Spare Parts & Warranty

    2-year warranty with stocked lenses, protective windows and cables dispatched fast.

    FAQ

    Choosing a Laser Marking Machine

    Match the source to the material. Fiber (1064 nm) is the default for metals and many engineering plastics. CO2 (10.6 µm) suits organic and non-metal materials such as wood, acrylic, leather, glass and coated board. MOPA adds adjustable pulse width for colour marking on stainless steel and deep black on anodized aluminium. UV (355 nm) is a cold process for heat-sensitive plastics, glass and thin films where a heat-affected zone is unacceptable.

    All-in-one machines integrate source, controller and screen in one compact body for the smallest footprint and fastest deployment. Split-type machines separate the marking head from the cabinet so it can be fitted to a gantry, robot arm or conveyor with a longer fiber cable. Desktop machines are enclosed cabinets with a motorised Z column for batch marking of small parts under Class 1 protection.

    20W handles fine marking, jewellery and small hardware. 30W is the most popular general-purpose choice for metal parts. 50W speeds up deep engraving and high-volume output. 100W is specified for deep engraving, thick metal and large-format marking. Tell us your material and target cycle time and we will confirm the right level rather than over- or under-specifying.

    Yes. Standard 2D heads handle flat surfaces and shallow curvature. For conical, stepped and strongly curved parts choose a 3D dynamic-focus head, such as the mini 3D or large-format 3D models, which keeps the spot sharp across the whole surface without repositioning the part.

    Yes, and we recommend it before you commit. Send your parts or a sample coupon and we will test them in our application lab, then return the marking result, depth measurements and the parameter set we used so you can validate the process on your own material.

    Standard production is about 5 working days, with express delivery adding roughly 4 to 6 working days depending on destination. Payment is accepted by T/T, PayPal and Western Union. Machines carry a 2-year warranty with free replacement parts and lifetime technical support from our application engineers.

    More Fiber Laser Equipment

    Other Product Lines in This Division

    Next Step

    Not Sure Which of the 21 Models Fits?

    Send us the material, part size and the mark you need. We will test a sample, recommend one specific machine and quote it — with no obligation.

    Request Free Quote Back to Fiber Laser Equipment

    Response Commitments

    • Quotation within 12 working hours
    • Free sample marking test with parameter file
    • OEM / ODM branding available
    • 2-year warranty, lifetime support
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