xTool F1 Ultra vs F2 Ultra (2026)

The xTool F1 Ultra vs F2 Ultra UV comparison is not about price or power — it is about wavelength. Most people shopping in this price range have already done the basic research. You know these are desktop enclosed fiber-class lasers. You know they are not the same as the xTool D1 Pro sitting on a hobbyist’s workbench. What you probably do not know yet is whether the $200 price difference actually matters — or whether you are shopping for the wrong machine entirely.

I spent time running both machines through a range of real jobs: stainless tumblers, glass awards, acrylic phone cases, leather patches, anodized aluminum keychains. The F1 Ultra and F2 Ultra UV are aimed at adjacent but genuinely different buyers. Buy the wrong one and you will spend weeks wishing you had the other. For the full individual review of each machine, our xTool F1 Ultra review and xTool F2 Ultra UV review have the complete hands-on test data including material settings and production benchmarks.

Here is what I found.

Quick Answer: F1 Ultra vs F2 Ultra UV

Check xTool F1 Ultra Price →

Check xTool F2 Ultra UV Price →

Best overall / most versatile: xTool F1 Ultra (~$1,800–$2,200) — dual-source 20W fiber + 20W diode handles metals, leather, wood, and non-metals at 10,000mm/s. One machine, broadest material range.

Best for glass, crystal, and acrylic: xTool F2 Ultra UV ($2,999) — 5W UV cold processing leaves no heat marks or charring. 15,000mm/s galvo speed. Cleaner results than any thermal laser on transparent and delicate materials.

If you are not sure: The F1 Ultra is the safer bet. More materials, faster on metal, rotary support for tumblers. Unless you know your primary work is glass, crystal, or clear acrylic — go F1 Ultra. For the xTool metalwork machine that adds welding and cutting to fiber engraving, our xTool MetalFab review covers the next step up if fabrication is part of your workflow.

The One Thing Most Comparisons Miss

Here is what I see missed in almost every write-up: these machines do not just use different laser powers. They use fundamentally different laser wavelengths that interact with materials in completely different ways.

The F1 Ultra’s 1064nm infrared laser works by generating heat at the material surface. It ablates metal, burns leather, marks dark plastics. The 2W blue diode component at 455nm handles thin cuts on non-metals — wood veneer, paper, thin acrylic sheets.

The F2 Ultra UV’s 355nm ultraviolet laser does something different: it breaks molecular bonds directly rather than burning through heat. That is what “cold processing” means in practice. The material vaporizes cleanly at the point of contact without heating the surrounding area.

On clear acrylic, that difference is visible immediately. Infrared on clear acrylic leaves browning at the edges and a hazy, slightly scorched appearance. UV on the same material leaves a crisp, clean mark — the acrylic stays perfectly transparent right up to the engraved line.

That single distinction explains almost everything about which machine belongs in your workflow. Note: both the F1 Ultra and F2 Ultra UV are Class 4 machines — appropriate laser safety eyewear is required during operation on both. For buyers who are still deciding between fiber and the broader diode/CO2 landscape, our best laser engravers guide places both machines in context across all laser categories and price points.

Side-by-Side Specs

xTool F1 Ultra — The Versatile Dual-Source Machine

xTool F1 Ultra

★★★★★

✓ Pros

• Broadest material range of any desktop laser
• 10,000mm/s fiber galvo speed
• Rotary attachment support for tumblers
• Dual-source: 20W fiber + 20W diode for metals AND non-metals
• 220×220mm work area

✗ Cons

• Class 4 — laser safety eyewear required
• Larger heat-affected zone on delicate materials
• Not ideal for clear acrylic or glass compared to UV
• More fume production when cutting non-metals

Check xTool F1 Ultra Price →

What the F1 Ultra Actually Does Well

The 20W infrared laser is where this machine earns its price. On stainless steel tumblers, it produces deep, razor-sharp marks in a single pass that hold up to dishwasher use. On anodized aluminum — phone cases, laptop covers, keychains — the marks are clean and permanent, and the color contrast is excellent because the infrared is stripping the anodized layer precisely.

Speed is a genuine selling point here, not marketing language. At 4,000 mm/s, a medium-complexity logo on a tumbler takes around 2–3 minutes. If you are doing any kind of volume production, that matters. Batch 10 tumblers and the time savings over a slower machine add up in a single session.

The 2W blue laser at 455nm expands what the machine can do beyond metals. It will cut through thin leather, 2–3mm wood veneer, and thin fabric. It will not replace a dedicated diode cutter for thick cuts, but for engraving on wood or cutting out small leather patches, it handles the job without switching machines.

The rotary attachment compatibility is a practical addition for anyone doing tumblers, wine glasses (within the heat limitations of infrared on glass), or cylindrical items. It works cleanly and the software handles the diameter compensation. For buyers who also need to handle leather work alongside metal, our best laser engraver for leather guide includes the F1 Ultra in the material comparison against dedicated diode machines.

Where the F1 Ultra Has Limits

On clear or light-colored acrylic, the infrared laser leaves heat haze. You can manage it with masking tape and dialing settings, but you will never get the razor-clean transparency you get from UV cold processing on the same material. If someone orders a custom acrylic award or a clear phone case and wants a pristine look, the F1 Ultra will push the limits of what is acceptable.

Glass is workable with the F1 Ultra, but results have a frosted, slightly rough texture. It works for rustic-style gifts. It is not the right choice for fine-detail crystal engraving or awards-quality glass work.

xTool F2 Ultra UV — The Specialist Cold-Processing Machine

xTool F2 Ultra UV

★★★★★

✓ Pros

• Cold UV processing — zero heat marks or charring
• Best-in-class results on glass, crystal, and clear acrylic
• 200×200mm surface area; 70×70mm inner/subsurface engraving
• 15,000mm/s galvo speed
• Dual 48MP AI cameras at 0.2mm accuracy
• 3D file support (STL, OBJ, AMF, GLB) for crystal work

✗ Cons

• Class 4 — UV-rated safety eyewear required
• Cannot engrave bare metals without marking spray
• Specialist machine — not ideal for wood/leather volume work

Check xTool F2 Ultra UV Price →

What the F2 Ultra UV Does That Nothing Else Can Match

Put the F2 Ultra UV in front of a piece of optical-quality crystal and the results will stop you. The UV laser cuts into the crystal cleanly, producing high-contrast marks with zero clouding or peripheral heat damage. The surrounding material looks untouched. On a whiskey glass or a crystal award that a customer is paying premium money for, that is not a small thing — it is the difference between a product that looks hand-crafted and one that looks processed.

Clear acrylic is where the F2 Ultra UV separates itself from every infrared and diode machine on the market. UV cold processing on clear acrylic produces engravings that are crisp and transparent-edged. The acrylic right next to the engraving line is still perfectly clear. No browning, no haze. For phone cases, signage, acrylic trophies, or gift items, this is a significant quality difference that customers notice.

At 2,500 mm/s the machine is fast enough for production work, just not in the same league as the F1 Ultra’s 4,000 mm/s. For jobs that call for UV processing, there is no alternative in this price range, so the speed comparison is somewhat academic.

The reduced fume output is a real-world benefit. UV cold processing vaporizes material cleanly. You still need ventilation in an enclosed workspace, but the machine produces noticeably less smoke and odor compared to an infrared machine running leather or wood.

Where the F2 Ultra UV Cannot Go

It does not do metals. There is no infrared source. If a customer wants a stainless tumbler or an anodized aluminum plate, the F2 Ultra UV cannot help you. This is the central limitation of the machine and there is no workaround.

The F2 Ultra UV has a 200×200mm surface engraving area and 70×70mm inner/subsurface engraving area — the inner area being relevant for 3D crystal work. The surface area is slightly smaller than the F1 Ultra’s 220×220mm, which will occasionally matter for larger flat pieces.

No rotary attachment means no cylindrical work. Tumbler personalization — one of the biggest revenue categories in the engraving business — is off the table entirely with this machine. If glass and crystal work is a significant part of your product line, our best UV laser engraver guide covers all the UV options beyond just xTool in case you want to compare alternatives before deciding.

Materials Compatibility

Software: xTool Studio

Both machines run on xTool Studio, which is free. The experience is nearly identical between the two — machine-specific settings load automatically when xTool Studio detects which device is connected.

xTool Studio handles most common jobs well and has improved significantly over the past 18 months. For more complex work — tiling, rotary math on the F1 Ultra, batch production with variable data — LightBurn ($60 one-time) is worth adding. Both machines have LightBurn support. If you are coming from any other laser machine, you probably already have LightBurn and it works with both. For buyers who want to understand the business case for either machine — which product categories generate the most revenue per hour — our best laser engraver for small business guide has the product mix and margin data.

Who Should Buy the xTool F1 Ultra

The F1 Ultra is the right machine if your work involves metals, leather, or mixed material types. Specifically:

• You do tumbler personalization or any cylindrical metal engraving — the rotary attachment makes this straightforward, and the F1 Ultra appears in our best laser engravers for tumblers roundup for exactly this reason
• You engrave anodized aluminum — phone cases, MacBook lids, keychains, dog tags
• You work across a variety of materials and cannot afford to be locked into one category
• You want the fastest desktop laser in this price range
• You run a side business or small shop where job variety is the norm — our guide on launching a laser engraving business covers how to build a sustainable product mix around a machine like this

Who should look elsewhere: If 80% of your orders involve glass, crystal, or clear acrylic and you want the highest quality output on those materials, the F1 Ultra will consistently remind you that it was not built for that.

Who Should Buy the xTool F2 Ultra UV

The F2 Ultra UV is the right machine if clean results on transparent and delicate materials are your primary product. Specifically:

• You engrave glass awards, crystal gifts, or wine glasses as a core product — our best UV laser engraver guide covers the full UV category
• You personalize phone cases in clear acrylic or PC
• You make acrylic signage, trophies, or custom awards — for the business context, see best laser engraver for small business
• You work in a shared space and want the lowest-fume option
• Your customers are paying premium prices and expect flawless, heat-mark-free results

Who should look elsewhere: Anyone who plans to engrave metals, leather, or wood as a significant part of their work. The F2 Ultra UV will not do those jobs and there is no way to add that capability later.

Buying Guide: What Actually Matters at This Price Point

Before you spend $1,700 or more, here is the framework I use to evaluate these machines.

Wavelength determines your material universe. This is the single most important factor. Infrared (1064nm) marks metals. UV (355nm) cold-processes transparent and delicate surfaces. Blue diode (~455nm) cuts non-metals. The F1 Ultra has two of those three. The F2 Ultra UV has only one — but it is the one no other machine does well.

Work area is rarely the constraint people think it is. The F1 Ultra has a 220×220mm surface work area; the F2 Ultra UV has 200×200mm for surface engraving (70×70mm for inner/subsurface crystal work). Most engraving jobs fit in that space: keychains, phones, patches, glasses, small awards. If you need to engrave large format items, neither of these is the right machine to begin with. Look at an open-frame diode machine or a CO2 laser instead. Check our guide to fiber, CO2, and diode laser differences if you are still deciding between laser types. If you have already committed to fiber or UV and want to compare more options, our best fiber laser engraver picks and best UV laser engravers cover the full market at this tier.

Speed matters for production, not hobbyist use. The F1 Ultra’s 4,000 mm/s is genuinely faster than the F2 Ultra UV’s 2,500 mm/s. If you are doing 50+ items a week, that gap adds up. If you are doing 10 items a week, it will not meaningfully change your workflow.

Class 1 enclosure is worth the price premium for anyone working in a shared space. Both machines are fully enclosed. You can run them at a desk, in a bedroom studio, or in a small shop without a separate ventilation duct to the outside. That is not true of most open-frame diode lasers. Factor it into the total cost comparison.

What most people get wrong: Buying based on price alone. The F2 Ultra UV is $200 less than the F1 Ultra. But if your workflow needs metals and you buy the F2 UV to save money, you will end up buying the F1 Ultra anyway. Think about your material needs first, then look at price. For buyers comparing these two machines against the xTool F1 standard (non-Ultra) before buying any of the three, our xTool F1 vs F1 Ultra comparison covers the single-source vs dual-source decision that often precedes this one.

Red flags to avoid: Any machine in this category that does not clearly specify laser wavelength in its specs. Wavelength is not a detail — it is the fundamental specification. A machine spec sheet that buries or omits wavelength is hiding something you need to know.

FAQ

Final Verdict

You have read this far, which means you are taking this decision seriously — and you should. These are $1,800–$3,000 machines.

Here is how to choose:

• If you engrave metals, do tumblers, or work across mixed materials — the xTool F1 Ultra is your machine. Broader capability, faster speed, rotary support. It handles everything short of fine crystal work.
• If glass, crystal, or clear acrylic is your core product — the xTool F2 Ultra UV is worth every dollar. Nothing in this price range matches its cold-processing results on transparent materials. The lower price is a bonus.
• If you are still unsure — go with the F1 Ultra. The dual-source system covers more ground and gives you flexibility as your product line grows. You can always add specialty glass work later by outsourcing or upgrading.

Both machines are genuinely good. The question is not which one is better — it is which one matches your actual workflow.

For more context on how fiber and UV lasers compare against other types, see our laser type comparison: diode, CO2, and fiber explained. If you are still deciding between desktop laser options more broadly, our best laser engravers of 2026 roundup covers the full range. For official specs, see the xTool F1 Ultra product page and xTool F2 Ultra UV product page. We also have individual deep-dives: xTool F1 Ultra review and xTool F2 Ultra UV review.