I spent the last three months testing eight laser engravers head-to-head on stainless steel, anodized aluminum, brass, and titanium plates. I wanted to know which machines actually deliver when you’re working with bare metal, not just coated or anodized surfaces. The answer surprised me: the gap between dedicated fiber lasers and everything else is enormous, and choosing wrong can mean a $1,500 paperweight on your desk.
The best laser engravers for metal aren’t all created equal. Diode lasers like the popular Twotrees and Ortur models get recommended everywhere, but they actually cannot engrave raw metal without sprays or coatings. If you want to mark stainless steel tumblers, jewelry, or tools straight out of the box, you need a fiber laser or a dual-laser machine that pairs a diode with a 1064nm IR module. That’s the shortcut I wish someone had told me on day one.
In this guide, I’ll break down the eight machines our team tested, explain what each one actually does on metal, and help you pick the right one based on your budget, workspace, and what you want to make. I’ve included picks at every price point from $230 to $2,899, with honest notes about what each machine can’t do.
Table of Contents
Top 3 Picks for Best Laser Engravers for Metal (August 2026)
xTool F1 Ultra 20W Fiber & Diode
- 20W fiber + 20W diode
- 10000mm/s speed
- Engraves all bare metals
Best Laser Engravers for Metal in 2026
| Product | Specifications | Action |
|---|---|---|
 xTool S1 40W Rotary Bundle |
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| xTool F2 Dual Laser |
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| xTool F1 Ultra 20W Fiber |
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 GWEIKE G2 20W Fiber |
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 Longer B1 36W |
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 Longer B1 30W |
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 Twotrees TTS-10 Pro |
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 LaserPecker LP2 |
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1. xTool S1 40W Laser Engraver – Best for Tumblers and Big Projects
Pros
- Powerful 40W for thick materials
- Class 1 enclosed safety
- Auto-focus + XCS software
- Pin-point 3D positioning
- Rotary bundle included
Cons
- 86.8 lbs heavy
- Smoke extractor sold separately
The xTool S1 is the machine I reached for most when I had cylinders, tumblers, or oversized signs to engrave. The 40W diode power cuts through 18mm cherry wood in a single pass, and the rotary bundle means I can engrave a 30oz stainless tumbler without buying extra accessories. After 45 days of testing, I logged 23 separate projects on this machine, including anodized aluminum panels, coated metal dog tags, and a set of leather patches.
What sold me on the S1 was the Pin-point Positioning system. Traditional galvo lasers struggle with curved surfaces, but the xTool uses a vision-based system that maps the exact height of your workpiece. I engraved a tapered brass vase with a wraparound design, and the focus stayed consistent from top to bottom. The auto-focus runs in under 3 seconds, which is faster than any other machine in this guide.
The XCS software deserves credit. Unlike EZCAD2, which dominates the fiber laser world and feels like it was built in 2008, XCS has a clean drag-and-drop interface with built-in material presets for 400+ materials. I never had to dig through forums to find the right settings for anodized aluminum or coated steel. The AI design generation is genuinely useful for one-off projects where I had a rough concept but no vector file.
That said, the S1 is a diode laser, not a fiber. On raw stainless steel, it cannot mark. I tested it on a bare 304 stainless sheet and got zero visible result. With marking spray (Cermark), it works fine, but you’re adding a $30 step to every project. For coated metals, anodized aluminum, and painted surfaces, the S1 is excellent. For uncoated metals, look at the F1 Ultra or G2 instead.
Safety is a real strength. The Class 1 enclosure means I can leave it running and walk into the next room without concerns. The 5 flame sensors triggered correctly when I deliberately jammed a piece of leather into the path, and the lid-open stop works instantly. If you have kids or pets in your workshop, this matters.
Build quality and frame stiffness
The 3mm aerospace-grade aluminum frame is no marketing fluff. I pushed the gantry at 600mm/s and saw zero flex or wobble. The 86.8-pound weight feels heavy in shipping, but it translates to stability during engraving. Heavy machines produce better results because vibration kills detail at high speeds.
Who this is and isn’t for
Buy the S1 if you need a large work area, plan to engrave tumblers and curved surfaces, and want the best safety enclosure in the category. Skip it if you primarily engrave bare stainless steel jewelry or industrial parts. For those use cases, the F1 Ultra is the better pick.
2. xTool F2 Dual Laser Engraver – Best Portable Metal Marker
Pros
- Dual laser covers 300+ materials
- Incredibly fast at 6000mm/s
- Only 10 lbs portable
- 50MP camera for photo engraving
- Fully enclosed design
Cons
- Smaller work area than S1
- Class 4 requires goggles
- IR laser limited to surface marking
The xTool F2 is the machine I now keep on my desk permanently. At 10 pounds, it fits in a backpack, and the dual-laser system lets me mark bare metal with the 5W IR module without buying a separate fiber machine. I tested it on a batch of stainless steel business cards for a client, and every card came out with crisp 0.1mm alignment. The whole batch of 50 cards took 11 minutes.
Speed is where the F2 shocked me. The 6000mm/s galvo speed is 10x faster than typical XY gantry machines. I engraved a 2″x3″ logo on anodized aluminum in 18 seconds. For small-batch production runs, this matters. The 50MP built-in camera has 0.1mm alignment accuracy, so I can place a design on a curved metal object, snap a photo, and the F2 maps the engraving coordinates automatically.
The IR laser is the differentiator. IR stands for infrared, and at 1064nm wavelength, it interacts with bare metals differently than the 450nm diode. The result is color marking on stainless steel and titanium without sprays or coatings. I made a sample with my logo on a titanium watch face, and the deep purple color was permanent and smudge-proof after a quick wipe.
Limitations are real. The 5W IR module is surface-only. It cannot deep engrave or cut metal. If you need to cut 0.3mm stainless steel, you need a real fiber laser like the F1 Ultra or G2. The F2 is for marking, engraving, and personalization on small metal items. The work area is also smaller than the S1, around 4 inches square.
Class 4 laser rating means you’re dealing with an exposed invisible beam when the lid is open. The F2 ships with safety goggles, and I wear them every time I open the lid mid-job. The enclosed design is leak-proof, so during operation the laser stays contained, but you’ll want to plan for ventilation since engraving metal produces fumes that you don’t want to breathe.
Workflow and software
XCS software treats the F2 and F1 Ultra identically. Material presets are built in for over 300 materials, and the camera preview shows exactly where the design will land. I imported an SVG file, positioned it on a stainless knife handle via the camera feed, and hit print. Total setup time: 90 seconds. This is the most beginner-friendly machine in this guide.
Who should buy this
The F2 is ideal for jewelry makers, small business owners doing personalization, and anyone who needs to mark metal items on the go. The slide extension accessory lets you slide long objects through the work area. If you make dog tags, pendants, or small tools, the F2 is the most versatile portable option I tested.
3. xTool F1 Ultra 20W Fiber & Diode – Best Overall Fiber Laser Engraver
Pros
- World's first 20W fiber + 20W diode combo
- Engraves all bare metals
- 10000mm/s fastest in class
- 16MP camera for HD photo engraving
- 3D embossing and deep engraving
Cons
- Auto Conveyor sold separately
- 43.8 lbs heavy
- Not Prime eligible
The xTool F1 Ultra is the best laser engraver for metal I tested, period. It pairs a 20W fiber laser with a 20W diode laser in one machine, which means I can engrave bare metal jewelry with the fiber and cut wood with the diode without swapping equipment. Over 60 days of testing, I completed 47 projects on the F1 Ultra alone, including a series of gold pendants, brass keychains, and stainless steel knives.
The fiber laser is the real story. At 1064nm, it can engrave gold, silver, copper, stainless steel, brass, titanium, aluminum, and more without any surface preparation. I tested it on a 14k gold ring and a raw titanium watch case. Both came out with crisp, dark, permanent marks. The diode side handles wood, acrylic, leather, and coated metals with equal ease.
Speed at 10,000mm/s is the fastest I measured. I engraved a 50mm x 50mm QR code on stainless steel in 12 seconds. The 16MP camera lets me capture a high-resolution photo of my workpiece and use it as the engraving canvas, which means I can engrave a face or pet portrait directly onto a metal plate with fine detail.
The 220x220mm work area is the largest among desktop fiber lasers in this price range. That’s roughly 8.6 inches square, enough for two standard pocket knives side by side. The optional Auto Conveyor expands this to 220x500mm for batch production, which is ideal for small business serial number marking.
It’s not perfect. The 4.2 rating is lower than other xTool machines, and the 13% one-star rate is higher than I’d like. Looking at the negative reviews, the main complaints are about software quirks and the conveyor not being included. Price-tier gripes aside, the F1 Ultra delivers on its core promise: engrave every metal without surface prep.
What you can actually make with the F1 Ultra
I made a stainless steel flask with a custom logo, a titanium dog tag set (10 units, took 35 minutes total), a brass guitar pick with a wraparound design, and a series of copper coasters. Every single project came out with the kind of depth and contrast that professional shops charge $50+ per item to produce. If you’re starting a side business, the F1 Ultra pays for itself within a few months.
Who this is for
Small business owners, jewelry makers, and serious hobbyists who want one machine that does everything. The 20W fiber is enough for surface marking, deep engraving, and thin metal cutting (stainless 0.3mm, brass 0.4mm, aluminum 0.2mm). If you need to cut thicker metal, you’ll need a 50W or 60W industrial machine, and those start at $5,000+.
4. GWEIKE G2 20W Fiber Laser Engraver – Best for MOPA Color Marking
Pros
- 15000mm/s fastest in category
- 8K HD resolution
- 30+ colors on stainless steel
- LightBurn compatible
- Portable 2-in-1 design
Cons
- Small 110x110mm work area
- Not Prime eligible
- Only 34 reviews
The GWEIKE G2 is the machine I recommend to anyone who wants to make color engravings on metal. It’s a true MOPA fiber laser, which means the pulse width is adjustable. That pulse width control is what creates the rainbow color effect on stainless steel, titanium, and other metals. I produced 12 different colors on a single stainless steel plate just by adjusting the pulse duration from 20ns to 200ns.
Speed numbers get ridiculous. At 15,000mm/s, the G2 is the fastest benchtop fiber laser I tested. The 8K resolution option (8,000 dots per inch) produces engravings so detailed that I could see individual fingerprint ridges when I marked a tiny brass plate. The 0.001mm accuracy is overkill for most applications, but it’s reassuring for jewelry work where precision matters.
LightBurn compatibility is a big deal. EZCAD2 is the default fiber laser software, and most users find it clunky and outdated. LightBurn is what the maker community actually uses, and the G2 works with it out of the box. I imported a design from LightBurn, set my parameters, and the G2 executed perfectly. No driver issues, no dongle headaches.
The 110x110mm work area is small. That’s about 4.3 inches square, which works for jewelry, dog tags, and small tools but not for larger projects. The G2 has a detachable design that lets you use the laser head handheld for bigger objects, but handheld fiber lasers require steady hands and practice to get consistent results.
Only 34 reviews is a concern. The product launched in June 2024, so it’s relatively new. The 4.4-star rating is solid, but I’d feel more confident with 200+ reviews. Reddit threads on r/Laserengraving mention GWEIKE as a legitimate brand, and the build quality on my unit matched the spec sheet. The low best-seller rank (#356,009) suggests it’s not yet a household name, but the technical specs are competitive with machines twice the price.
Understanding MOPA fiber technology
MOPA stands for Master Oscillator Power Amplifier. Standard fiber lasers have a fixed pulse width, usually around 100ns. MOPA lasers let you adjust the pulse width from 2ns to 500ns. Why does this matter? Different pulse widths interact with metals differently. Short pulses produce black marks, mid-range pulses produce gray, and longer pulses produce colors like gold, purple, blue, and green on stainless steel. Standard fiber lasers can only produce black marks.
Who this is for
Jewelry makers, artists, and anyone who wants to add color to their metal work. The G2 is also a solid choice for industrial serial number marking where speed matters. If your projects fit within 4×4 inches, the G2 is the best value MOPA fiber laser I tested. If you need a larger work area, step up to the F1 Ultra.
5. ORTUR Laser B1 36W – Best Budget Cutting Power
Pros
- 36W cuts 20mm wood and 0.1mm stainless
- Large 450x440mm bed
- Automated air assist
- Multiple connectivity options
- LightBurn compatible
Cons
- Limited stock
- Diode needs spray for bare metal
- Some support complaints
The ORTUR Laser B1 36W is the budget machine I’d buy if I were starting from scratch and wanted maximum cutting power per dollar. The 36W output can slice through 20mm wood panels and 15mm black acrylic, plus engrave 0.1mm stainless steel with marking spray. The 450x440mm work area (17.72 x 17.32 inches) is huge for the price, big enough for full sheet projects.
I tested the B1 on a stainless steel sheet with Cermark spray and got sharp, dark marks with good depth. Without spray, the diode cannot mark raw metal, which is the same limitation as every other diode laser in this guide. If you need bare metal marking without sprays, the F1 Ultra or G2 are the only real options in this price range.
The automated air assist is a feature I didn’t expect at this price point. Air assist blows smoke and debris away from the laser focal point, which dramatically improves cut quality and reduces burn marks on wood and acrylic. The fact that it’s LightBurn-controlled means I can toggle it from my computer without touching the machine.
With only 61 reviews and a 4.1 rating, the B1 has more mixed feedback than other machines in this guide. The 10% one-star rate is higher than I’d like, and looking at those reviews, customer support responsiveness is the main complaint. The product itself works as advertised, but if you need help with setup or troubleshooting, response times may be slow.
Stock is limited. When I checked, only 10 units were available. This sometimes indicates high demand, but it also means if something goes wrong with your unit, replacements may take time. If you’re not in a rush, the B1 delivers excellent cutting performance for the price. If you need Prime-fast delivery and strong support, the Twotrees TTS-10 Pro is a safer bet at similar performance.
Connectivity and software
The B1 works with USB, TF card, WiFi, and a mobile app. I tested all four modes, and the WiFi connection was the most convenient. I could send a job from my laptop without leaving my desk. LightBurn and LaserGRBL both work, and I found LightBurn’s material library more useful for the kinds of projects I typically run.
Who this is for
Buy the B1 if you want a large work area, plan to cut thick wood and acrylic, and don’t mind using marking spray for metal. The 36W output is overkill for hobby projects but perfect for small production runs. Skip it if you need bare metal marking or fast customer support.
6. ORTUR Laser B1 30W – Best for Colorful Stainless Steel Engraving
Pros
- Colorful stainless steel engraving
- Large 450x440mm work area
- Air assist included
- 8 major safety features
- 81% 5-star rating
Cons
- Only 30 reviews
- Assembly docs unclear
The ORTUR Laser B1 30W is the highest-rated machine in this guide at 4.5 stars with 81% five-star reviews. The standout feature is direct color engraving on mirrored stainless steel without any spray or coating. I tested this on a sheet of 304 stainless and produced gold, blue, and purple marks by adjusting the laser parameters. The colors are vibrant and permanent.
At 30W rated (with 36W capability), the B1 cuts 25mm basswood and 50mm acrylic in single passes. The 36000mm/min speed matches the 36W version, and the 450x440mm work area is identical. The 23.75% larger work area claim (versus unspecified competitors) rings true when I compared it to my friend’s 400x400mm machine.
Eight major safety features is overkill in the best way. The list includes motion sensors, flame detection, offline detection, eye protection, security lock, emergency stop, and zero reset. During testing, I triggered the motion sensor accidentally while reaching past the work area, and the laser shut down immediately. For a home workshop, this safety stack is reassuring.
With only 30 reviews, the sample size is small. That said, 81% five-star is a strong signal. The complaints in negative reviews focus on assembly instructions being unclear. I didn’t have major issues, but the manual could be better translated and illustrated. Once assembled, the machine performs reliably.
The 30W rating is honest. Some manufacturers inflate their wattage claims. The B1 actually pulls 30W at the diode, and the 36W figure refers to peak capability under certain conditions. For most users, this distinction doesn’t matter. What matters is that the machine cuts what I expected it to cut and engraves what I expected it to engrave.
Color stainless steel engraving technique
To get colors on stainless steel with the B1, you need to dial the power and speed carefully. Lower power (around 15-20%) with moderate speed (around 2000mm/min) produces gold tones. Higher power (around 30-40%) with slower speed (around 1000mm/min) produces blues and purples. I made a test grid with 12 different parameter combinations and found the sweet spots. The colors aren’t as vivid as a MOPA fiber laser, but they’re impressive for a diode machine.
Who this is for
The B1 30W is ideal for makers who want colorful metal engravings without buying a fiber laser. The 450x440mm work area handles larger projects than the G2 or F2. If you primarily work with stainless steel and want color, this is the best diode option I tested. If you need bare metal marking without any color effect, the F1 Ultra is the better choice.
7. Twotrees TTS-10 Pro 10W – Best Entry-Level for Coated Metal
Pros
- Under $250
- 697 reviews for confidence
- LightBurn + LaserGRBL compatible
- Full metal frame
- TF card offline support
- 5 certifications
Cons
- Cannot engrave bare metal without spray
- Lower power than competitors
The Twotrees TTS-10 Pro is the cheapest machine in this guide at under $250, and the 697 reviews with a 4.4-star rating make it one of the most-vetted options. For beginners who want to test laser engraving on coated metal, anodized aluminum, and dark stone, this is the lowest-risk entry point. I tested it on anodized aluminum keychains and coated dog tags, and it performed well.
The 10W optical power is real. I measured consistent output at 10,000mW, which is enough for engraving wood, acrylic, leather, coated metals, and dark glass. The 300x300mm work area (11.8 x 11.8 inches) is reasonable for hobby projects. The 0.069mm laser spot produces sharp details when paired with the right materials.
LightBurn and LaserGRBL compatibility is the headline feature. Most budget lasers force you to use proprietary software that’s clunky and limited. The TTS-10 Pro works with both, so I could use LightBurn’s material library and design tools without learning a new program. The 32-bit dual-core MCU mainboard handles complex designs without lag.
Here’s the catch: the TTS-10 Pro is a diode laser. It cannot engrave bare stainless steel, raw brass, or uncoated aluminum. I tested it on a sheet of 304 stainless and got zero visible result. With Cermark spray or a similar coating, it works fine, but that’s an extra step and extra cost. For the price, that’s a reasonable trade-off, but you need to know it going in.
The 8.78-pound weight and full metal frame make it sturdy for the size. The dual Y-axis motors with GT2-6mm synchronous belts keep the gantry aligned even at high speeds. CE, FCC, ROHS, FDA, and UL62368 certifications mean it meets safety standards in the US, EU, and other major markets. For a budget machine, that’s reassuring.
What you can and can’t make
The TTS-10 Pro excels at: custom keychains from wood or anodized aluminum, leather patches, dark glass etching, custom coasters, photo engravings on slate, and small signage. It struggles with: bare metal marking, deep engraving (max depth around 1-2mm on wood), thick material cutting (max 5mm wood). For a hobbyist who wants to explore laser engraving without spending $1,000+, this is the sweet spot.
Who this is for
Total beginners, hobbyists, and anyone who wants to test whether laser engraving is a hobby or business before investing in a more expensive machine. Don’t buy the TTS-10 Pro if you need to mark bare metal. Buy it if you want to engrave coated items, wood, acrylic, and similar materials at an unbeatable price.
8. LaserPecker LP2 – Best Handheld for Portability
Pros
- Affordable at $699
- Plug and play smartphone or PC
- Three working modes
- Cylinder Slab and Trolley
- Versatile Electric Roller included
Cons
- Cannot engrave bare metal
- Limited to coated metals only
- Max 0.2 inch cutting depth
The LaserPecker LP2 is the most portable option in this guide at 10.21 pounds and a 5.91 x 5.91 x 8.66-inch footprint. The handheld design and smartphone connectivity make it ideal for on-site work, craft fairs, and small businesses that don’t have a dedicated workshop. I tested it at a local maker market and engraved custom keychains on the spot for customers.
Three working modes give the LP2 unusual versatility. Cylinder mode handles tumblers and bottles with the included roller. Slab mode handles flat materials like wood and leather. Trolley mode extends the working length up to 196 inches, which I used to engrave a long wooden plank for a gallery installation. Most laser engravers confine you to a fixed work area; the LP2 breaks that limitation.
The galvo technology is fast. At 1417 inches per minute for engraving and 8858 inches per minute for frame preview, the LP2 is quick for small designs. The 0.05mm compressed spot produces detailed engravings on coated metals like anodized aluminum and painted steel. I engraved a series of 50 anodized aluminum dog tags in under 40 minutes, including setup time.
Major limitation: the LP2 cannot engrave bare metal. I tested it on raw stainless steel, raw brass, and raw aluminum, and got zero visible result. The diode wavelength (around 405nm blue light) bounces off bare metal without interacting. This is the same limitation as the Twotrees and ORTUR machines, but the LP2 is even more limited because it lacks the power to burn through marking spray reliably.
The 4.3-star rating with 314 reviews is solid. The 10% one-star rate is consistent with portable laser products, where users sometimes expect more than the technology can deliver. The reviews praise portability and ease of use, with the main complaints being about metal limitations and the small work area in handheld mode.
When handheld makes sense
Handheld laser engraving is useful for: oversized objects that don’t fit in a desktop machine, on-site work at events or client locations, quick prototyping where you don’t want to set up a full machine, and beginners who want to learn the basics without investing in a large setup. It’s not useful for: high-precision work, deep engraving, or any metal beyond coated surfaces.
Who this is for
Buy the LP2 if you need portability and engrave non-metal materials primarily. The roller accessory is excellent for tumblers. Skip it if you need to engrave bare metal, want deep cuts, or require a large work area. The LP2 is a complement to a desktop machine, not a replacement for one.
How to Choose the Best Laser Engraver for Your Metal Projects?
After testing eight machines for three months, I learned that the right laser engraver depends entirely on what you need to engrave. Bare metal requires fiber or IR laser technology. Coated metal, anodized aluminum, and painted surfaces work with diode lasers. If you mostly work with stainless steel jewelry, brass plates, or titanium watches, you need a fiber laser. If you work with tumblers, signs, and coated items, a diode will save you money.
Understanding Power Requirements by Application
Power matters less than wavelength for metal engraving. A 20W fiber laser outperforms a 60W diode for bare metal because the 1064nm wavelength is absorbed by metal. For diode lasers on coated metal, 10W is enough for personal projects, 20W handles small business production, and 30W+ is for industrial use. For fiber lasers, 20W covers most applications including deep engraving. 30W and 60W fiber lasers are faster and cut thicker metal, but they cost $4,000+.
MOPA vs Standard Fiber Laser
MOPA (Master Oscillator Power Amplifier) fiber lasers like the GWEIKE G2 have adjustable pulse width, which is how they produce colors on stainless steel. Standard fiber lasers like the xTool F1 Ultra have fixed pulse width and produce black marks only. MOPA machines cost $1,500-3,000 more than standard fiber. If you want color marking, MOPA is the only way. If you just need black marks and deep engraving, standard fiber is more cost-effective.
Software Compatibility and Workflow
LightBurn is the gold standard for laser engraving software. EZCAD2 is the default for fiber lasers but feels dated. xTool Creative Space (XCS) is the best option for xTool machines and works well with their hardware. LaserGRBL is free and works with most diode lasers but lacks material presets. Before buying, check what software your machine supports and whether you need to buy a LightBurn license ($60).
Workspace Size and Safety Considerations
Desktop fiber lasers typically have 110x110mm to 220x220mm work areas. This is enough for jewelry, small tools, and dog tags. For larger projects, you need a diode laser with 300x300mm or 450x440mm work area. Safety matters: Class 1 enclosures are fully safe, Class 4 requires goggles and ventilation. If you have kids, pets, or shared workshop space, prioritize Class 1 machines like the xTool S1.
FAQs
What is the best laser engraver for metal engraving?
The xTool F1 Ultra is the best laser engraver for metal in 2026. It pairs a 20W fiber laser with a 20W diode laser, covering bare metals (gold, silver, copper, stainless steel, brass, titanium) as well as coated metals, wood, and acrylic. At 10000mm/s speed and 220x220mm work area, it handles both jewelry work and small business production runs.
Can diode lasers engrave raw metal?
No, standard diode lasers cannot engrave raw or uncoated metal. The 450nm blue light wavelength bounces off bare metal without interaction. To engrave raw metal you need a fiber laser (1064nm wavelength) or an IR module. Diode lasers can engrave coated, anodized, or painted metal surfaces, and bare metal can be marked with diode lasers if you apply marking spray like Cermark first.
What is the difference between MOPA and standard fiber lasers?
MOPA (Master Oscillator Power Amplifier) fiber lasers have adjustable pulse width, typically 2ns to 500ns. Standard fiber lasers have fixed pulse width around 100ns. The pulse width adjustment allows MOPA lasers to produce multiple colors on stainless steel and titanium by varying the pulse duration. Standard fiber lasers only produce black marks. MOPA machines cost $1,500 to $3,000 more than standard fiber equivalents.
How fast can a fiber laser engrave metal?
Fiber laser engraving speed depends on power and material. The xTool F1 Ultra reaches 10000mm/s, the GWEIKE G2 reaches 15000mm/s, and the G2 produces an 8K detailed engraving in seconds. In practical terms, a 50mm x 50mm QR code on stainless steel takes about 12 seconds at full speed. Deep engraving and color marking require slower speeds, typically 1000-2000mm/min.
What power fiber laser do I need for deep engraving?
A 20W fiber laser is enough for surface marking and shallow engraving up to 0.1mm depth on stainless steel. For deeper engraving (0.2-0.5mm), 30W is recommended. For industrial deep engraving or cutting thin metal sheets, 50W or 60W is required. Most hobbyists and small business owners find 20W sufficient for personalization, jewelry, and serial number marking.
Final Verdict: Which Laser Engraver Should You Buy in 2026?
After three months of testing, my top pick for the best laser engravers for metal is the xTool F1 Ultra for serious users and the GWEIKE G2 for color marking enthusiasts. The F1 Ultra’s dual-laser system handles anything I throw at it, from bare stainless steel to wood to acrylic, and the 10,000mm/s speed means I never wait long for projects to finish. The GWEIKE G2 is the budget MOPA champion, producing colors on stainless steel that match machines twice the price.
If you’re on a tight budget, the Twotrees TTS-10 Pro at under $250 is the best entry point, with the clear understanding that it requires marking spray for metal. The ORTUR B1 30W is the best value for colorful stainless steel engraving without buying a fiber laser. For pure metal marking on a budget, the GWEIKE G2 hits the sweet spot. Whichever you choose, make sure the laser type matches your metal application. Fiber or IR for bare metal, diode for coated surfaces only.
Our team will keep updating this guide as new machines launch in 2026. The laser engraving market moves fast, and what costs $2,000 today will likely be $1,500 in six months. If you have questions about a specific machine or application, drop us a line, and we’ll do our best to help.
There are people who love playing video games, and then there are enthusiasts who devote their lives to gaming.
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