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ComMarker Fiber Laser Engravers: Your Shortcut to Permanent, Precise Marks

From personalized tumblers and jewelry to industrial serial numbers and barcodes, our desktop and production-grade fiber lasers help 40,000+ creators and manufacturers turn ideas into durable, high-resolution engravings. 50,000+ machines shipped to 60 countries since 2019.

50,000+ Machines Shipped
60+ Countries Served
96%+ Customer Satisfaction
CE | FDA | FCC Fully Certified

Find the Right Laser for Your Work

Whether you are starting a personalization side business or scaling up a production line, ComMarker has a fiber laser system that fits your material, your budget, and your workspace.

Best Seller ComMarker Omni 1 Enclosed Desktop Fiber Laser Engraver

Omni 1

Enclosed desktop fiber and UV laser engraver with Class 1 safety. Built-in fume extraction, 110x110mm field, and one-cable setup. Perfect for jewelry, tumblers, and small-batch work from a home office or retail counter.

20W - 60W Class 1 Safe
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MOPA Color ComMarker B6 MOPA Fiber Laser Engraver

B6 MOPA

JPT MOPA fiber laser with adjustable pulse width for vivid color marking on stainless steel and titanium. Available in 20W, 30W, and 60W. Deep engraving up to 0.5mm on metals. Open-frame design for oversized workpieces.

20W - 60W Color Marking
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High Power ComMarker Titan Industrial Fiber Laser Series

Titan Series

100W to 200W JPT MOPA fiber lasers built for deep engraving, large-area marking, and production-speed batch processing. Extended work fields and heavy-duty frames designed for manufacturing floors and contract shops.

100W - 200W Deep Engraving
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Why Makers and Businesses Choose ComMarker

We designed every system around three priorities: precision you can measure, materials you can expand into, and a setup process that respects your time.

ComMarker 0.01mm precision marking on stainless steel

Mark with Confidence

ComMarker fiber laser engravers deliver repeatable marking accuracy with spot sizes as fine as 0.01mm. JPT MOPA and Raycus fiber sources maintain consistent beam quality across thousands of cycles. Every unit passes a 32-point optical alignment check before it ships, so the first mark you make matches the ten-thousandth.

0.01mm Fine Spot Size
ComMarker laser engraving across 20+ material types

One Laser, Hundreds of Projects

A single ComMarker system handles stainless steel, aluminum, titanium, brass, copper, gold, silver, coated metals, and select plastics and ceramics. With adjustable power from 20W to 200W and MOPA pulse control for color marking on stainless steel, your range of billable work expands with every parameter set you dial in.

20+ Material Types
ComMarker laser engraver quick 30-minute setup process

Set Up in Minutes, Not Days

ComMarker systems arrive pre-assembled with the optical path factory-aligned. Connect the fiber cable, install ComMarker Studio or EZCad on your laptop, load a design file, and press Start. Our parameter library includes tested settings for 60+ common materials, so you skip the trial-and-error phase. First-time users typically produce a sellable mark within 30 minutes of unboxing.

30 min Setup to First Mark

What Our Customers Are Making

Real applications from ComMarker users across dozens of industries.

What ComMarker Users Are Saying

"I run an Etsy shop doing custom tumblers and pet tags. The Omni 1 was marking within 20 minutes of unboxing. The Class 1 enclosure means I can operate it in my apartment without goggles or a fume hood. I processed 1,200 tumblers in my first three months and recouped the machine cost by month two."

Rachel Moreno Owner, Desert Fox Engravings, Austin, TX

"We mark serial numbers and DataMatrix codes on 316L stainless steel valve bodies. The B6 60W MOPA handles our daily batch of 400+ parts running 8-hour shifts. Cycle time per part averages 4.2 seconds for a 15x15mm code area. The MOPA color-marking feature also lets us add branded color logos on finished assemblies."

David Chen Production Manager, Pacific Flow Control Inc., Anaheim, CA

"I engrave inside wedding bands and on pendant backs. The B4 30W gives me lines as thin as 0.03mm on 14K gold without discoloration. I tested three competing desktop lasers before settling on this one. The parameter library saved me roughly two days of test cuts. One caveat: the open-frame design means I wear OD6+ safety glasses every session."

Maria Santos Owner & Goldsmith, Santos Fine Jewelry, Tampa, FL

Common Questions About ComMarker Laser Engravers

ComMarker fiber lasers (1064nm wavelength) work well on metals including stainless steel, aluminum, titanium, brass, copper, gold, and silver. They also mark some plastics (ABS, nylon, polycarbonate) and coated surfaces. Our UV models (355nm) handle glass, crystal, certain ceramics, and heat-sensitive plastics that fiber lasers cannot process cleanly. We publish tested parameter settings for 60+ materials in the ComMarker Studio parameter library.

No prior laser experience is needed. The machine arrives pre-assembled with a factory-aligned optical path. Connect the fiber cable, install the software, and you are ready. We provide step-by-step setup videos, a printed quick-start guide, and a material parameter library that eliminates most trial-and-error. Most first-time users complete their first engraving within 30 minutes. Our support team is available via email and live chat.

A standard Q-switched fiber laser has a fixed pulse width. A MOPA fiber laser lets you adjust the pulse width from roughly 2ns to 350ns. Short pulses on stainless steel produce vivid colors (black, blue, gold, purple) without inks or coatings. Our B6 MOPA series uses JPT M7 sources for this flexibility. If you only need standard marking or etching on metals, the B4 series with Raycus sources is a cost-effective alternative.

Yes. The Omni 1 is a fully enclosed Class 1 laser product under IEC 60825-1, the safest classification. The enclosure blocks the laser beam during operation, so no safety goggles are required. It includes a built-in fume extraction port. Connect the exhaust hose or an air purifier and operate it in a home office, school, or retail space. The interlock shuts off the laser immediately if the lid opens during marking.

All ComMarker machines include a 2-year warranty on the laser source and core components. We stock replacement parts (protective lenses, focusing lenses, galvo motors) at US and EU fulfillment centers. Our support team responds to emails within 24 hours on business days. Video call troubleshooting is available for involved issues. Outside of warranty, replacement parts ship at published prices.

Yes. For surface marks (annealing, oxide-layer marking, color marking), a single pass at moderate power is enough. For deep engraving, the laser makes multiple passes to ablate material layer by layer. Our B6 60W MOPA reaches roughly 0.3-0.5mm depth on stainless steel. The Titan 100W and 200W systems go deeper, reaching 1mm or more on softer metals like aluminum. We publish reference tables to help estimate cycle times for different depths and materials.

It depends on your primary material. Fiber lasers (1064nm) excel at marking and engraving metals: stainless steel, aluminum, brass, titanium, gold, silver, and some engineered plastics. They struggle with wood, leather, acrylic, and most organic materials because the 1064nm wavelength passes through or chars them unevenly. CO2 lasers (10.6μm) are the opposite: they cut and engrave wood, acrylic, leather, fabric, and paper cleanly, but they cannot mark bare metals (only coated or anodized surfaces). If your work is 80%+ metals, a fiber laser is the right tool. If you work primarily with wood, acrylic, or leather, a CO2 machine from brands like Epilog, Trotec, or Thunder Laser will serve you better. Some shops run both types side by side. ComMarker builds fiber lasers only, so we are transparent about this boundary.

Fiber lasers at 1064nm cannot cleanly cut or engrave wood, natural leather, paper, fabric, stone, MDF, acrylic, or most transparent and organic materials. On these substrates, the beam either passes through without effect or creates inconsistent burns. PVC and vinyl must be avoided entirely because the laser breaks them down into chlorine gas, which is toxic and corrodes the machine optics. For glass and crystal, our UV models (355nm) are a viable option because the shorter wavelength interacts with those materials through a cold-marking process. If your application involves mixed materials, discuss your project with our application team so we can identify what a fiber laser handles well and what it does not.

Both designs have real tradeoffs. Enclosed systems like the Omni 1 carry a Class 1 laser safety rating (IEC 60825-1), meaning no safety goggles, no dedicated laser room, and no risk of accidental eye or skin exposure during normal operation. The downside is a fixed work area (110x110mm on the Omni 1), which limits you to parts that fit inside the enclosure. Open-frame systems like the B4 and B6 have no physical size restriction, so you can mark oversized panels, curved surfaces, or items on a conveyor. The tradeoff is that open-frame lasers are rated Class 4, requiring laser safety eyewear, a controlled workspace, and awareness of beam reflections from shiny metals. For home offices, schools, and retail counters, we recommend enclosed systems. For dedicated workshops and production floors with trained operators, open-frame machines offer more flexibility.

Not Sure Which Laser Fits Your Project?

Tell us what you want to mark, the material, and your production volume. We will recommend the right ComMarker system and send you a quote within one business day.

  • Free material testing for qualified projects
  • Sample engravings shipped to your door
  • Video call consultations with our application team
  • No obligation, no pressure