Ten metal laser marking machine manufacturers, sorted so you can find one by what you actually mark — steel, aluminium, titanium or plastic — and by the format you need, whether that is a benchtop cabinet or a unit you carry to the part.
How this comparison was built
Every company here was assessed against the same eleven dimensions: country, founding year, materials, available formats, laser types, whether systems ship as a Class 1 enclosure, software, price band, who they suit and who they do not.
Founding years come from each company’s own About page or press material. Where a company does not publish something, this page says Not published rather than estimating it. Where a company’s own marketing claim conflicts with its founding date, the date is used and the conflict is noted.
Companies are ordered by founding year, oldest first. That is not a ranking.
Disclosure: HeatSign wrote this guide, and HeatSign is one of the ten companies listed. We are ninth of ten here because we were founded in 2016, not because of any judgement about quality. The other nine are described from their public information. We list our own limitations in the same format as everyone else’s — including the two things we cannot offer that a US supplier can. Verify any detail with the supplier before you buy.
The ten manufacturers at a glance
Sorted by founding year, not by preference.
| Company | Country | Founded | Price band | Best suited to | Less suited to |
|---|---|---|---|---|---|
| Videojet | USA | 1969 | Not published — quote required | High-speed coding on a moving line | Shops with no laser safety programme; single-bench buyers |
| FOBA | Germany | 1969 | Not published — quote required | Medical parts where the mark must be verified | Small budgets; one-machine job shops |
| Keyence | Japan | 1974 | Not published — quote required | Marking tied to vision inspection | Buyers wanting a safe-out-of-the-box price, or a distributor to negotiate with |
| Epilog Laser | USA | 1988 | Not published — quote required | Mixed-material shops wanting a safe benchtop | Deep metal engraving at volume; building into a line |
| Trotec Laser | Austria | 1997 | Not published — quote required | European-built enclosed markers | Tight budgets; buyers who need Class 1 specifically rather than Class 2 |
| TYKMA Electrox | USA / UK | 2001 | Not published — quote required | US buyers wanting a Class 1 benchtop and 24/7 cover | Lowest cost per marking station |
| Beamer | USA | 2004 | Not published — quote required | US-built enclosed cabinets with extraction included | Buyers needing ownership continuity confirmed — see the 2025 change below |
| Raymond Laser | China | 2007 | Not published — quote required | A second Chinese quote for price comparison | Contracts needing documented compliance support |
| HeatSign | China | 2016 | $1,650–18,000 (published) | Plants needing several formats, or laser and dot peen, from one supplier | No US or EU warehouse; no on-site engineer; EU/US origin requirements |
| OMTech | USA | 2020 | Published on their online store | Workshops, makers and one-off metal marking | Any plant with a laser safety programme; production traceability |
Two things worth pausing on. Videojet and FOBA are both Veralto companies — they look like two suppliers, and for multi-source purchasing rules they may count as one. And only two of the ten publish prices at all.
Full technical comparison — materials, formats, laser types, safety class and software
| Company | Materials | Formats | Laser types | Class 1 enclosure | Software |
|---|---|---|---|---|---|
| Videojet | Metals, plastics, glass, cartons, film | Integration heads only | Fiber, CO2, UV | No — Class 4 open delivery; shielding separate | Proprietary |
| FOBA | Metals, plastics, medical polymers | Manual-load workstations; integration lasers | Fiber, CO2, UV | Yes — M-Series workstations are Class 1 | Proprietary |
| Keyence | Metals, plastics, glass | Marking head plus controller; enclosure separate | Fiber, UV, 3-axis hybrid | No — head is Class 4; enclosure is a separate product | Proprietary |
| Epilog Laser | Wood, acrylic, plastics, coated metals; bare metal on fiber | Enclosed flatbed cabinets | CO2, fiber | Class 2 enclosed across the range; Class 4 models documented separately | Prints from CorelDRAW or Illustrator |
| Trotec Laser | Metals, plastics | Enclosed benchtop and cabinet; integration versions | Fiber, CO2 | Class 2 enclosed; internal source is Class 4 | SpeedMark |
| TYKMA Electrox | Metals, most plastics, carbide, anodised aluminium, painted and coated parts | Class 1 benchtop; open workstation; custom cells; integration | Fiber, MOPA, UV | Yes on Minilase benchtop; QUBE workstation is Class 4 | Proprietary |
| Beamer | Metal, plastic, composite | Compact tabletop to multi-zone cells | Fiber, CO2 | Yes — Class I certified, fully enclosed | Marking Creator 3.0 |
| Raymond Laser | Metals, plastics | Benchtop, handheld, portable, inline | Fiber, MOPA, CO2, UV | Not published | Not published |
| HeatSign | Steel, stainless, aluminium, brass, titanium, some plastics | Benchtop, enclosed, cordless handheld, portable, rotary, inline, 2.5D deep | Fiber, MOPA, CO2, UV | Both — HS-FL30E enclosed; open models ship with OD6+ eyewear | Licensed EZCad |
| OMTech | Metals on fiber; wood and acrylic on CO2 | Open-bed desktop only | Fiber, MOPA, CO2 | No — open bed Class 4; OD5+ eyewear required | LightBurn and EZCad |
Two things in that table are worth pausing on. Videojet and FOBA are both Veralto companies — they look like two suppliers, and for multi-source purchasing rules they may count as one. And only two of the ten publish prices at all.
Which manufacturer fits your need?
Work from what you mark, not from who is famous. Industrial laser marking suppliers all claim to cover every material; the shortlist gets made when you push on the awkward ones. Material narrows the field first. Format then decides whether the machine can reach your part at all.
By format
Format is the question most buyers settle last and should settle first. It decides whether the machine can physically reach the part.
Benchtop and cabinet
The most common purchase and the safest starting point: an enclosed benchtop arrives ready to run on an open shop floor. TYKMA Electrox (Minilase), Epilog, Trotec, Beamer and HeatSign all build it. For a model-by-model comparison, see our guide to desktop marking systems.
Portable and handheld
The list of portable laser marking machine manufacturers is far shorter than most buyers expect. Of the ten companies here, only HeatSign and Raymond Laser build handheld or cordless units at all. The other eight do not.
That decides everything when the part cannot come to you — large weldments, installed equipment, pressure vessels. A benchtop cabinet is the better machine in every other respect, and useless if your part weighs two tonnes.
By material
Steel laser marking machine manufacturers are the easy case — nearly everyone here does it. The awkward materials are where the shortlist actually gets made.
| Material | Start with | Who to ask | The catch |
|---|---|---|---|
| Steel and stainless | Fiber. Any supplier in the table | FOBA for medical stainless that needs the mark verified. HeatSign and TYKMA Electrox for general shop work | Pickling, heat treatment or blasting removes a shallow mark. Specify engraved depth. Medical stainless needs re-passivation afterwards — agree who does it |
| Aluminium | MOPA, not a standard fiber source | TYKMA Electrox · HeatSign · Keyence | A standard source cannot make deep black on aluminium. If the drawing says black-on-anodised, ask for MOPA by name |
| Copper and brass | Fiber, but test your own alloy first | Any fiber supplier here. HeatSign if you need depth rather than surface contrast | Both are highly reflective at 1064 nm. Results vary more between suppliers than on steel, and a demo on their brass coupon proves nothing about your alloy |
| Titanium | Fiber. The laser is the easy part | FOBA · TYKMA Electrox | Your customer's specification decides this, not the machine. Aerospace and medical specs restrict where the mark sits and how deep, because a surface-breaking mark can start a crack. Bring the spec, not just the part |
| Plastics | UV at 355 nm, not more power | Keyence (MD-U) · FOBA · HeatSign. Epilog and Trotec for CO2 | Heat-sensitive and clear polymers need a cold process. CO2 covers acrylic, wood and film, but marks bare metal poorly. See our UV marking range |
Inline on a moving line
A different purchase entirely: you are buying a marking head plus the engineering to fit it, not a finished cabinet. Videojet and Keyence are built around this; HeatSign supplies a flying unit for continuous lines. Note that an open head puts the whole shielding design on you. Our guide to laser marking automation covers integration — this page stops at who offers the format.
Custom and specialty
Specialty laser marking machine manufacturers earn their price when a standard cabinet cannot hold your part: odd geometry, very large components, or a fixture that indexes between marks. TYKMA Electrox, Beamer and HeatSign all take this work. Ask one question early — is the custom part just the fixture, or the whole machine? A custom fixture on a standard machine is supportable for years. A one-off machine is not.
By laser type
Fiber laser marking machine suppliers cover the great majority of metal work, so the source rarely decides anything. Use this table only when your material pushes you off fiber.
| Source | Use it for | Who supplies it |
|---|---|---|
| Fiber | Almost all metal work. The default | Every company in the table. See our fiber marking range |
| MOPA | Black on aluminium, colour on stainless, thin or coated parts | TYKMA Electrox · HeatSign · Raymond Laser · OMTech |
| UV, 355 nm | Parts that cannot take heat: medical polymers, thin electronics, glass, ceramics | Keyence · FOBA · Videojet · HeatSign |
| CO2, 10.6 µm | Wood, acrylic, leather, paper, film, coated surfaces. Poor on bare metal | Epilog · Trotec · Videojet |
| 3D dynamic focus | Curved, stepped or recessed surfaces a flat galvo cannot hold in focus | Keyence (three-axis) · HeatSign (2.5D deep) |
By region
First: is US origin actually a requirement?
If your contract already specifies US-made, skip to the table. The decision is made for you.
If it does not, “US manufacturer” is answering a different question than most buyers think. Almost nobody searching for a US supplier wants a company incorporated in Delaware. They want someone reachable in their own working hours, who can get a spare part to them fast, and who can put an engineer in front of the machine when it stops. Those are three separate things — ask about each one directly, and you will find the answers cut across country of origin.
Region | Who | What you actually get |
|---|---|---|
United States | Epilog (Colorado) · TYKMA Electrox (Ohio) · Beamer (Florida since 2025) | Response time, not origin. TYKMA Electrox runs a 24/7/365 emergency line free to all clients and sends field engineers on site. If a stopped marking station stops your line, that beats any datasheet figure. OMTech is US-based but a retailer, not a manufacturer |
Europe | FOBA (Selmsdorf, Germany) · Trotec (Marchtrenk, Austria) | EU origin and CE documentation handled as routine rather than as a special request. Neither competes on price |
Asia | Keyence (Japan) · HeatSign and Raymond Laser (China) | Lower quotes and a wider range of formats. What you give up is local stock and on-site hands. We cover the trade-off honestly in Chinese laser marking machines versus Western brands |
Five questions to ask, and the answers that should worry you
Most buying guides tell you what to consider. That is the easy half. The harder half is recognising the answer that means “this supplier is not for you”, because a weak answer is rarely a refusal — it is a confident sentence that contains no information.
| Ask this | Why it matters | A weak answer sounds like |
|---|---|---|
| Is this a Class 1 enclosure or a Class 4 open beam? | Class 4 means you provide the shielding, the safe area, the eyewear and the training. That cost can exceed the machine. | “It’s an industrial system” |
| Will you mark my part, with my artwork, and send the cycle time? | Speed claims are not comparable between vendors. Your part is the only real test. | “We can send you a sample plate” |
| Is the software locked to this machine? | Locked software ties you to that vendor for your next machine too. | “The licence is per unit” |
| What parts-per-hour did you measure, load to unload? | Marking time is not cycle time. Loading and unloading usually dominate. | “It marks in under two seconds” |
| Will spare parts still be available in year five? | The laser source is the expensive part. Ask before, not after. | “We have great support” |
1. Videojet — high-speed coding lines (USA, 1969)
What they do
Videojet released the first commercial inkjet printer in 1969, growing out of a division of the A.B. Dick Company. It was acquired by Danaher in 2002 and has been part of Veralto since Veralto separated from Danaher on 30 September 2023.
The business is built around high-speed coding and traceability for packaging, pharmaceuticals, food and beverage, and automotive. Their laser range covers fiber, CO2 and UV, and the design philosophy is integration: a marking head you build into a moving line, not a cabinet you put on a bench.
That choice is why the safety picture is what it is. The operator manual for the 3140, 3340 and 3640 states plainly that these can release Class 4 radiation with an open delivery system. Videojet sells beam shielding material, but the enclosure is your design problem.
Good fit if: you are coding at line speed on a conveyor, uptime is the number that matters, and you already have an engineering function that owns machine guarding and laser safety.
Not the best fit if: you want one bench machine, or your plant has no laser safety programme. You would be taking on a compliance project alongside the purchase.
2. FOBA — marks that have to be verified (Germany, 1969)
What they do
FOBA was founded in 1969 and produces in Selmsdorf, near Lübeck. It operates as a brand of ALLTEC Angewandte Laserlicht Technologie GmbH, became part of ALLTEC in 2009, and — like Videojet — sits inside Veralto.
Their strength is marking that has to be proved, not just made. The M-Series workstations are manually loaded, handle workpieces up to 50 kg, and are rated Laser Class 1 for standalone operation. Their vision system aligns the mark to the part and verifies it afterwards, which is why they appear repeatedly in medical device work where the mark is a regulated feature of the product.
Good fit if: you mark medical devices or any part where a misplaced or unreadable mark is a non-conformance, and you want verification built in rather than bolted on.
Not the best fit if: your budget is tight or you need one machine for general shop use. You would be paying for validation capability you never call on.
3. Keyence — marking tied to vision inspection (Japan, 1974)
What they do
Keyence was founded in Osaka in May 1974 as Lead Electric, taking the Keyence name in 1986. It is one of the largest industrial sensing and control companies in the world, and laser markers are one line inside a catalogue that also covers vision and measurement.
Two facts about how Keyence operates matter more to a buyer than the specifications. It runs a fabless model, and it sells direct — there is no distributor to negotiate with, and no third party between you and the manufacturer.
On safety: the MD-X2000A is a Class 4 laser at 1064 nm. Keyence offers the A2MD-E1 enclosure as a standard product, and third-party enclosures exist for the MD-X, MD-U and MD-F ranges. The head and the enclosure are separate decisions, and separate line items.
Good fit if: your marking station has to talk to vision inspection, and you want one vendor across sensing and marking.
Not the best fit if: you want a single quoted price for a machine that is safe on arrival, or you rely on distributor competition to move a price.
4. Epilog Laser — enclosed benchtop for mixed materials (USA, 1988)
What they do
Epilog started in Golden, Colorado in 1988 with the aim of bringing CO2 laser technology to commercial manufacturers, and it has stayed close to that market: sign shops, education, prototyping, mixed-material work. Several industry firsts came from them, including direct printing from CorelDRAW.
That software approach is still a genuine differentiator. You drive the machine from CorelDRAW or Illustrator through their driver, so the learning curve for a graphics-literate operator is close to zero.
Their safety position is one of the clearest on this page. All Epilog systems ship as Class 2 with the beam path fully enclosed — Class 2 rather than Class 1 only because of the integrated red dot pointer. Where they sell Class 4 systems, they publish a dedicated page setting out what the customer is responsible for. That is the behaviour to expect from every supplier you talk to.
Good fit if: you cut and engrave a range of materials, you want a machine that is safe on arrival, and your operators already use design software.
Not the best fit if: you need deep metal engraving at production volume, or a head you can build into a line. The heritage is flatbed engraving.
5. Trotec Laser — European-built enclosed markers (Austria, 1997)
What they do
Trotec Laser GmbH was founded on 28 October 1997 in Wels, Upper Austria, as a high-tech subsidiary of the stamp manufacturer Trodat. Laser work inside the group goes back to 1991, when the idea was to use CO2 lasers to make stamp text plates. Trotec now sits in TroGroup alongside Trodat.
For industrial part marking their relevant range is SpeedMarker. Worth getting the safety detail exactly right: the SpeedMarker complies with Class 2 under EN 60825-1, while the source inside it is Class 4 — the Class 4 radiation is simply not accessible during operation. Trotec states it is suitable for industrial use without additional protective measures. If your specification says Class 1 in writing, Class 2 is not the same word, and your safety officer has to accept it.
Good fit if: you want a European-built enclosed marker, and you value build quality and low maintenance over lowest price.
Not the best fit if: your budget is tight, or your internal standard names Class 1 specifically.
6. TYKMA Electrox — US-built Class 1 benchtop with 24/7 cover (USA and UK, 2001)
What they do
TYKMA Technologies started in Chillicothe, Ohio in 2001, distributing German industrial marking equipment before designing and building its own. In 2015 it merged with the UK’s Electrox after 600 Group PLC acquired 80% of TYKMA stock, giving the combined business sites in Ohio and Letchworth Garden City.
One correction worth making, because the claim is widely repeated: TYKMA’s marketing describes “more than 55 years combined history”, which sums the two companies. TYKMA itself dates from 2001. Both facts are true; only one is a founding year.
Two things make them the benchmark for US buyers. The Minilase Manual and Minilase XL are Class 1 benchtop enclosures described as safe for operator use without protective eyewear. And their emergency service line runs 24 hours a day, 365 days a year, free to all clients, with field service engineers available on site. Their QUBE workstations, by contrast, are Class 4 — the same supplier, two different answers.
Good fit if: you want a Class 1 benchtop built in the US, no eyewear programme to run, MOPA capability for coated and anodised parts, and cover if the machine stops at 2am.
Not the best fit if: you are minimising cost per marking station. Enclosures, interlocks, pneumatic doors and a staffed 24-hour line all cost money, and that is what you are buying.
7. Beamer — enclosed US cabinets with extraction (USA, 2004)
What they do
Beamer began in Flushing, Michigan in 2004, building standard, custom-engineered and inline marking systems. Their catalogue runs from a compact tabletop with a lift door up to multi-zone cells, and their systems are Class I certified and fully enclosed, with fume extraction offered as part of the package rather than an afterthought. Operators work in Marking Creator 3.0.
One material change you should know about before you quote them. On 26 June 2025, Laser Photonics Corporation (NASDAQ: LASE) announced it would acquire Beamer’s assets, and the acquisition closed on 9 September 2025. Beamer’s operations were folded into Laser Photonics and shipping moved to their Florida facility.
None of that is a mark against the products. But acquisitions are exactly when spare parts availability, warranty handling and the identity of your support contact get renegotiated. Ask about all three specifically, and ask for the answer in writing.
Good fit if: you want a US-built, fully enclosed cabinet with extraction included, and you are buying a standalone marking cell rather than an integrated head.
Not the best fit if: you need certainty about long-term support today. The transition is recent enough that you should confirm the details rather than assume continuity.
8. Raymond Laser — a second quote for price comparison (China, 2007)
What they do
Raymond Laser is the trading name of Wuhan Raymond Technology. Their About page gives a founding year of 2007, though third-party directories list 2006 and their own site still carries a “nearly 13 years” line that no longer matches either date. They build fiber, MOPA, CO2 and UV marking equipment plus laser cutting, welding, cleaning and inkjet coding, and state exports to more than 60 countries.
They do not publish laser safety class, software or prices. That is not unusual among Chinese suppliers at this size, but it means every one of those has to come out of the quotation process rather than off the website.
Good fit if: you are running a price comparison across several Chinese suppliers and want another quote in the set. They also build handheld units, which most of this list does not.
Not the best fit if: your contract requires documented compliance support, or you need published specifications you can circulate internally before requesting a quote.
9. HeatSign — several formats from one supplier (China, 2016)
What they do
HeatSign is a direct part marking equipment manufacturer in Wuxi, Jiangsu, founded in 2016, selling into more than 40 countries. We build two technology lines rather than one: laser, and dot peen. A shop that needs deep marks on hardened castings and fine marks on nameplates can source both from one supplier instead of managing two.
The wider difference is format range. Across the ten companies here, we are one of only two that build handheld and cordless units, and we also supply benchtop, enclosed, rotary, inline and 2.5D deep engraving configurations. Specific models are listed on our laser marking machine pages.
On safety we offer both configurations and say so plainly: the HS-FL30E is an enclosed Class 1 unit, and open systems such as the HS-FL20 ship with OD6+ goggles because a Class 4 machine needs them. Our own product pages state that these are Class 4 lasers requiring correct eyewear and an enclosure or interlock — the same disclosure this page argues you should demand from everyone.
Prices are published: $1,650–18,000 across the range. We publish them because “contact us for pricing” wastes a week of your time establishing whether we are even in your budget.
Good fit if: you need more than one format, or laser and dot peen together, from one supplier. Also a good fit if you want a Class 1 enclosed unit without a European price, or a handheld unit for parts that cannot be moved.
Not the best fit if: you need what a US supplier gives you. We have no warehouse in the US or Europe — spare parts ship from Wuxi. We have no field engineers who can come to your site; support is remote, handled by the team that builds the machines. And if your purchasing rules require EU or US country of origin, we do not qualify. If a stopped marking station stops your line, a supplier like TYKMA Electrox with a 24/7 line and on-site engineers is the safer choice, and we would tell you so on a call.
10. OMTech — workshop and maker equipment (USA, 2020)
What they do
OMTech was founded in Anaheim, California in 2020 and describes itself as the largest online seller of laser engravers. It is best understood as a retail channel rather than an industrial manufacturer: machines are bought online, prices are published, and the market is workshops, small businesses and makers. Their fiber markers run LightBurn and EZCad, both widely used and neither locked to the hardware.
The safety position needs stating clearly, because it is why this entry carries a warning rather than a recommendation for plant use. OMTech’s fiber markers are open-bed Class 4. Their own help centre and product pages instruct users to wear OD5+ eyewear, and Class 4 is the most hazardous class in general use. Goggles ship in the box, which covers the operator at the machine and does nothing about anyone else in an open workshop.
Good fit if: you mark small batches or one-offs in a workshop, you accept the eyewear requirement, and published prices with fast delivery matter more than industrial certification.
Not the best fit if: you are buying for a plant. An open Class 4 machine in a facility with a laser safety programme means shielding, a controlled area, an eyewear policy and training — and at that point the cost advantage over an enclosed system has usually gone.
How do you check what a supplier tells you?
Four checks, all before you pay. Get a test mark on your own material. Time the full cycle, not the mark. Confirm the mark survives what happens to the part next. Run the machine continuously before you sign it off.
Every supplier here will tell you their machine marks your material. That claim is free to make. These four checks cost a supplier real effort, which is exactly why they separate the serious ones.
Check | What it catches |
|---|---|
Test mark on your own part | How your material actually behaves. A supplier’s sample coupon hides your alloy, surface condition and curvature. On brass and copper this is the only test that means anything |
Full cycle time, load to unload | The gap between marking time and cycle time. A 2-second mark inside a 25-second cycle is a 25-second machine |
Mark survives the next process | Whether it is still readable after painting, blasting, heat treatment or pickling. Surface colour changes and engraved depth behave very differently here |
Continuous run before acceptance | Faults that appear only when the machine is warm, and drift across a full shift. A single mark proves nothing about the hundredth |
Add us to the shortlist, then make us prove it
This page argued you should demand specific answers from every manufacturer you consider. We go first, in writing, before you spend a call on us.
The vendor file
One document you can circulate internally. No call required first.
- Written answers to all five questions above
- Laser class and enclosure documentation for the models you are considering
- Published price list, spare parts pricing and lead times
- Warranty terms, and what support costs after year one
- Business licence, CE declaration of conformity and export documentation
Free test marking on your part
Your part, your artwork. Not a sample coupon.
- The part back, marked, with the parameters we used
- Measured cycle time, load to unload
- Measured mark depth
- A verifier grade report if you need a 2D code
