xTool F2 Ultra MOPA Fiber Laser Review: 60W Color Engraving for Serious Makers

The xTool F2 Ultra arrived with a lot of expectations to meet. As the successor to the very popular F1 Ultra, it had to justify a significant price jump — and it does, but only for the right kind of maker. This is not an upgrade for everyone. It's a production machine built for a specific type of work, and understanding who it's for is just as important as understanding what it can do.

This review is based on aggregated real-world testing from multiple hands-on evaluations, including coverage from Tom's Hardware, Maker Hacks, The Gadgeteer, and Hackster.io. We'll cover what works, what doesn't, and where the price gap between the F2 Ultra and its predecessor is genuinely hard to justify.

Who the F2 Ultra Is Designed For

The F2 Ultra is not a hobbyist tool. At $4,999 for the single-laser version and around $6,499 for the dual-laser version, it sits firmly in professional territory. That price demands a clear business case.

The machine is purpose-built for small business owners who produce custom metal goods at volume — jewelry, challenge coins, knife blades, branded metal tags, name necklaces, premium tumblers. If you're regularly pushing your current laser to its limits and waiting on engraving jobs to finish before taking on more, this machine is designed to solve that problem. The 60W MOPA delivers roughly 3x the power of the F1 Ultra's 20W fiber, which means jobs that took 30–60 minutes on a 20W machine can be done in a fraction of that time.

It's also the right tool if deep 3D embossing or true color engraving on metal are capabilities you want to offer and charge a premium for. These are services that a 20W standard fiber laser simply can't deliver at the same quality level. If you're scaling from a side hustle into a full-time engraving business, this is that turning point machine.

What it's not: a plug-and-play entry-level upgrade. It has a learning curve, particularly around color settings and MOPA parameter management. Budget accordingly for both money and time.

What's New vs the F1 Ultra

If you've read our xTool F1 Ultra review, you'll know that the F1 Ultra is already an impressive machine. So what exactly does the F2 Ultra add that justifies the price difference?

The headline change is the laser source. The F1 Ultra uses a 20W Q-switched fiber laser — solid for metal marking, but fixed in its pulse parameters. The F2 Ultra replaces that with a 60W MOPA fiber laser. MOPA's variable pulse duration (2–500ns) and wider frequency range unlock capabilities the F1 Ultra's fiber laser can't replicate: deeper 3D embossing, more vivid color on stainless steel, true black marking on aluminum without cermark spray, and the ability to cut up to 2mm stainless steel, brass, and titanium.

The diode laser also gets a meaningful upgrade — from 20W to 40W — which translates to faster cutting of thicker wood and acrylic, with the dual-laser version cutting wood up to 23mm and acrylic up to 20mm in multiple passes.

The camera system is a major step forward too. The F1 Ultra has a single 16MP camera. The F2 Ultra uses dual 48MP AI cameras, which improve positioning accuracy to 0.2mm — a 60% improvement over single-camera systems, and genuinely noticeable when centering on small, high-value pieces like jewelry.

One important note for existing xTool users: the F2 Ultra no longer supports LightBurn. xTool moved to xTool Creative Space (and the newer Atomm platform) exclusively. For users already in the XCS ecosystem, this is a non-issue. For those who relied on LightBurn for its advanced controls, it's a workflow change worth knowing before you buy. For a full breakdown of how the two models stack up side by side, see our xTool F1 Ultra vs F2 Ultra comparison.

Key Specs: What the 60W MOPA Actually Delivers

MOPA Pulse Control and Color Engraving

This is the feature most buyers are interested in, and it deserves an honest assessment. MOPA technology gives you independent control over pulse duration and frequency — the two variables that determine how the laser interacts with metal at a surface level. By adjusting these, you control the thickness of the oxide layer that forms on stainless steel or titanium, which produces different colors through thin-film interference.

The F2 Ultra is capable of producing over 100 color variations on metal. In real-world testing, blues, golds, and purples come out rich and repeatable. Getting to true reds is harder, and the colors are angle-dependent — they look brilliant from one viewing angle and can shift at others. Color engraving also runs significantly slower than standard marking, typically around 900 mm/s rather than the 15,000 mm/s maximum. For production color work, this is important to factor into your per-piece time estimates.

The bottom line: color engraving on the F2 Ultra is genuinely better than on any 20W system, but it's not a push-button feature. Expect to invest time in test grids before you're running repeatable production color jobs. Our guide to fiber laser color engraving covers the MOPA settings methodology in detail if you want to go deeper on this. It's also worth understanding the fundamental differences between laser types — our MOPA vs standard fiber laser guide explains exactly why MOPA enables what Q-switched systems can't.

Dual 48MP AI Cameras

The dual camera system is one of the most practically useful upgrades from the F1 Ultra to the F2 Ultra. The two 48MP cameras work together to provide a live preview of the work surface with 0.2mm positioning accuracy. In testing by Tom's Hardware, the camera positioning was described as "amazingly precise" — even with small items like jewelry tags, designs landed exactly where they were placed.

The AI capabilities extend to material detection — the camera can read QR codes on xTool-supplied materials to automatically load correct settings. It also enables AI color segmentation, where you can upload an image and have the software automatically separate color zones for parameter mapping. For photo engraving and complex multi-layer designs, this is a meaningful time saver.

Speed: 15,000 mm/s

The 15,000 mm/s maximum speed is 50% faster than the F1 Ultra's 10,000 mm/s. In practice, the difference shows most clearly in standard metal marking and shallow engraving — the types of jobs that benefit most from galvo speed. For deep engraving and 3D embossing, speed is less relevant than power, and the 60W MOPA's power advantage is where the real gains show up.

The 60W MOPA engraves 3D metal coins approximately 5x faster than a 20W fiber laser. For makers who sell challenge coins, medallions, or embossed jewelry as part of their product line, this production speed improvement has a direct impact on order capacity and margins.

Deep Engraving and Thin Metal Cutting

The F2 Ultra can cut brass and stainless steel up to 2mm thick, and aluminum up to 1mm — a meaningful jump from the F1 Ultra's 0.4mm brass, 0.3mm stainless, and 0.2mm aluminum limits. A 1mm name necklace can be cut in approximately 6 minutes, which opens up a real product category.

That said, real-world testers have found the upper cutting limits optimistic for thicker metals. Independent reviewer Chad at Hackster.io noted that cutting through 1.5mm stainless steel was challenging even with multiple passes, and that this experience appears common among users. For marking, embossing, and cutting up to around 1mm, the machine performs reliably. For thicker metal cutting, manage expectations and test before committing to production volumes.

Real-World Performance

Color Engraving on Stainless Steel and Titanium

Multiple hands-on reviewers confirmed that the F2 Ultra's color engraving results are noticeably better than what a standard 20W fiber system produces. Tom's Hardware's review characterized the machine as being able to "color engrave stainless steel" and validated that it "delivers exactly what it promises" in terms of speed, precision, and capability.

The practical workflow involves building a parameter test grid — varying pulse width, frequency, and power across a small metal test piece — and photographing the results to build a personal color reference. xTool provides starter grids through Creative Space, which gives you a useful baseline to work from. From there, you dial in the specific colors your products require and save those as presets for repeatability.

Titanium produces some of the most vivid colors of any metal on a MOPA laser, with golds, purples, and blues that are genuinely striking. Stainless steel delivers a broader range but with colors that are more viewing-angle sensitive. Both materials produce results that are worth the effort.

Deep 3D Embossing

This is arguably the most compelling real-world differentiator between the F2 Ultra and any 20W machine. Embossing (more accurately, debossing — the laser removes material to leave a raised 3D relief effect) is where the 60W power advantage is most dramatic. The F2 Ultra is powerful enough to accidentally go too deep if you're not careful with settings, which is a useful indication of just how much material removal capability you're working with.

Projects that independent testers have achieved include deeply engraved challenge coins, custom relief patterns on brass, 3D embossed designs on slate, and detailed portraits with genuine depth on metal. At 60W, the machine engraves 3D metal coins approximately 5x faster than a 20W fiber laser, which matters enormously for anyone producing these items at any kind of volume.

Batch Production With the Conveyor

The optional auto conveyor expands the working area from 220 × 220mm to 220 × 500mm, and integrates with the camera system to automate batch production. The dual cameras identify item positions on the conveyor, fill the engraving pattern automatically, and process pieces continuously. For high-volume orders of small metal components — tags, pendants, keychains, name plates — this is a genuine production-line capability in a desktop footprint.

The conveyor is sold separately, which is worth factoring into your total budget from the start. If batch production is a core use case for you, include it in your planning rather than treating it as an optional upgrade.

Metal Cutting Capability

The F2 Ultra's 60W MOPA can cut brass and stainless steel up to 2mm thick in theory, and thinner gauges reliably in practice. A 1mm gold or silver necklace blank takes around 6 minutes to cut — that's a commercially viable production time for premium jewelry. Aluminum cuts up to 1mm cleanly at this power level.

For cutting, the machine performs best at 1mm and under for stainless steel. Above that, real-world results vary more than the spec sheet suggests. The diode laser in the dual version handles wood up to 23mm and acrylic up to 20mm across multiple passes, which means the F2 Ultra covers everything from metal jewelry to wooden signage in one machine — provided you're working within its working area.

Where the F2 Ultra Clearly Beats the F1 Ultra

Some of the differences between these two machines are genuinely significant, not just incremental.

3D embossing depth and speed. The F1 Ultra can do 3D embossing, but at 20W it's slow and relatively shallow. The F2 Ultra's 60W turns this into a practical production capability, running the same jobs 5x faster and achieving noticeably more dramatic depth.

Dual 48MP camera accuracy. The single 16MP camera on the F1 Ultra is good. The dual 48MP system on the F2 Ultra is meaningfully better, particularly for small, high-value items where exact placement matters.

Metal cutting thickness. Five times thicker metal cutting capability opens real product categories — primarily jewelry blanks and nameplate cutting — that the F1 Ultra's 0.3mm stainless limit can't serve.

MOPA color quality. Both machines can produce color on metal. The F2 Ultra's MOPA produces more vivid, consistent results than the F1 Ultra's standard fiber laser, particularly at lower parameter settings where the extended pulse control range matters most.

Removable fan cover. A minor but genuinely useful quality-of-life improvement. Cleaning brass and metal powder out of the exhaust system after embossing jobs is much easier on the F2 Ultra, which was a real friction point on the F1 Ultra.

Where the Price Gap Is Hard to Justify

Being honest about a premium machine means naming where the value proposition doesn't fully hold.

For standard metal marking. If your primary work is high-contrast black marking on stainless, aluminum tags, anodized drinkware, or similar — the kind of work the F1 Ultra was built for and excels at — the F2 Ultra's additional capability doesn't translate into meaningfully better output. You're paying $2,700–$4,200 more for speed and depth you may not need.

No LightBurn support. The F2 Ultra uses xTool Creative Space and Atomm exclusively. For most users XCS is excellent, but this is a real consideration for anyone who relies on LightBurn's advanced parameter controls or who has other fiber lasers in their shop that use LightBurn workflows.

Color engraving expectations. The marketing materials make color engraving look effortless and instant. In practice, it requires extensive test-grid work, runs at a fraction of the machine's top speed, and produces angle-dependent results that can look different under different lighting conditions. It's a valuable capability — but it's a technique to master, not a button to push.

Build quality reports. Some early users have reported quality control issues including enclosure lids that don't stay closed properly, slightly misaligned laser modules, and power supply noise. These are first-generation issues that may be addressed in later production runs, but they're worth knowing about.

Who Should Buy the xTool F2 Ultra MOPA?

The F2 Ultra makes the most sense when your business has grown to the point where your current laser is a bottleneck — you're turning down orders, working late to keep up, or watching competitors offer product types (deep embossing, color jewelry, metal cutting) that you can't match.

Custom jewelry and metalwork businesses will see the clearest ROI. Faster 3D embossing, better MOPA color on titanium and stainless, and the ability to cut 1mm metal blanks in-house all translate directly into new product categories and higher per-piece margins.

High-volume small batch operations benefit from the combination of 60W speed, dual-camera precision, and conveyor-based batch automation. If you're regularly producing 50–200 identical small metal items per day, the production gains pay back the machine cost relatively quickly.

Makers who want one machine for everything — metal, wood, leather, acrylic — are served by the dual-laser version. The 40W diode is a capable production cutter for organic materials. Buying two separate machines might actually offer more flexibility at a similar or lower total cost, but the F2 Ultra's fully enclosed, camera-integrated single system has real workflow advantages.

If you're earlier in your journey, our xTool F1 Ultra review covers a machine that handles the vast majority of professional marking work at a significantly lower price point and is genuinely excellent for most small business applications.

Final Verdict

The xTool F2 Ultra is the most capable all-in-one desktop laser xTool makes, and it earns that title. The 60W MOPA fiber laser delivers real production speed, deep 3D embossing capability, better color engraving, and meaningfully thicker metal cutting than any 20W system. The dual 48MP AI camera system is a genuine step forward. The xTool Creative Space software is polished and increasingly powerful.

As Tom's Hardware summarized in their hands-on evaluation: "The xTool F2 Ultra delivers exactly what it promises: speed, precision, and serious capability... it feels purpose-built for production work rather than hobby experimentation."

That's the right framing. This is a production machine, not a hobby upgrade. If your business justifies the investment — if you're producing metal goods at volume, offering embossing or color branding as premium services, or cutting jewelry blanks in-house — the F2 Ultra will transform your output capacity. If you're still building toward that, the F1 Ultra remains one of the best desktop engravers available and is the smarter starting point.

Buy the machine that matches where your business is today, not just where you hope it will be.

Frequently Asked Questions

What is the xTool F2 Ultra and how is it different from the F1 Ultra?

The xTool F2 Ultra is xTool's flagship desktop laser engraver, combining a 60W MOPA fiber laser with a 40W diode laser (dual version) in a fully enclosed galvo system. Its predecessor, the F1 Ultra, uses a 20W standard (Q-switched) fiber laser and 20W diode. The key upgrades are: 3x more fiber laser power, MOPA pulse control for better color engraving and deeper 3D embossing, dual 48MP AI cameras replacing a single 16MP camera, faster maximum speed (15,000 vs 10,000 mm/s), and the ability to cut up to 2mm stainless steel versus the F1 Ultra's 0.3mm limit. The F2 Ultra also no longer supports LightBurn software, using xTool Creative Space and Atomm instead.

Can the xTool F2 Ultra do color engraving on metal?

Yes, the F2 Ultra's 60W MOPA laser can produce color marking on stainless steel, titanium, and other metals through controlled oxidation. The MOPA technology allows adjustment of pulse width and frequency independently, which controls the oxide layer thickness on the metal surface and produces different colors. Over 100 color variations are possible. However, color engraving runs much slower than standard marking (around 900 mm/s versus the 15,000 mm/s maximum), requires building a personal parameter test grid to find repeatable colors, and produces results that are somewhat viewing-angle dependent. It's a premium capability that requires investment in learning, not a one-click feature.

Is the xTool F2 Ultra worth the price upgrade from the F1 Ultra?

It depends entirely on your workflow. If your primary work involves standard metal marking — high-contrast text and logos on stainless, aluminum, or anodized items — the F1 Ultra already does this extremely well and the F2 Ultra won't produce meaningfully different output for significantly more cost. The upgrade genuinely pays off if you need deep 3D embossing, thick metal cutting (1–2mm), faster production speed on volume orders, or more consistent and vivid MOPA color work. The machine makes most sense for established small businesses where the current laser is a bottleneck, not for those still building their operation.

What materials can the xTool F2 Ultra engrave and cut?

The 60W MOPA fiber laser handles all common metals: stainless steel, brass, titanium, gold, silver, aluminum, copper, and platinum. It can cut stainless steel and brass up to 2mm, and aluminum up to 1mm. It also marks plastics, stone, slate, and ceramics well. The 40W diode laser in the dual version cuts wood up to 23mm and acrylic up to 20mm in multiple passes, and engraves leather, fabric, glass, and coated materials. The fully enclosed design makes it safe for in-store or studio use across all these materials.

Does the xTool F2 Ultra work with LightBurn?

No. The F2 Ultra uses xTool Creative Space (XCS) and the newer Atomm platform exclusively. LightBurn compatibility was removed from the F2 Ultra series. For users already in the xTool ecosystem, XCS is a capable and improving software platform with material presets, AI layout tools, and batch production workflows. For users who rely on LightBurn for its advanced fiber laser parameter controls, this is a genuine consideration before purchasing. Most competing 60W MOPA fiber lasers (from ComMarker, Monport, Cloudray) do maintain LightBurn support.

What is 3D embossing on the xTool F2 Ultra?

3D embossing (technically debossing) uses the laser to selectively remove material from the surface of metal, stone, or other substrates, leaving a three-dimensional relief design. The 60W MOPA laser is powerful enough to create dramatic depth — engraved coins, relief portraits on metal, textured logo plaques, and similar premium products. The F2 Ultra runs these jobs approximately 5x faster than a 20W fiber laser at the same depth settings. It's one of the most compelling use cases for upgrading from an F1 Ultra, particularly for jewelers, coin makers, and custom awards producers.

Is the xTool F2 Ultra suitable for beginners?

The F2 Ultra is a professional-grade machine with industrial capabilities and a corresponding learning curve. That said, xTool has put real effort into making it accessible — the dual AI cameras simplify positioning, material presets and QR code auto-detection reduce the time spent dialing in settings, and XCS software is generally more intuitive than EZCAD2. A motivated beginner can get good results relatively quickly on standard engraving. However, mastering color engraving, 3D embossing depth settings, and metal cutting parameters will take meaningful practice. Budget time for test grids and experimentation, especially in the first month. For most beginners, starting with the F1 Ultra and scaling up makes more financial sense.