Xtool F1 Ultra: 7 Cost-Saving Questions Every Buyer Asks Before Buying a Dual-Laser Engraver

Is the xtool f1 ultra worth the investment for a small shop?

Let me be direct. I've been managing procurement for a 15-person fabrication shop for six years. We spend about $4,200 annually on engraving, marking, and cutting services. When I first looked at the Xtool F1 Ultra, my gut reaction was: that's a lot of money for a desktop machine.

But here's what changed my mind. After auditing our 2023 spending, I found we were paying an average of $37 per order for outside laser work—setup fees, minimum quantities, and rush charges adding 22% to the base cost. The Xtool F1 Ultra is a dual-laser (fiber + diode) 20W system. It cuts metal, does deep engraving, and can even do color engraving. For a small shop that needs consistent turnaround, the question isn't 'Can I afford it?' It's 'Can I afford not to have it?'

To be fair, you shouldn't buy it if your volume is under 10 orders a month. But for anything above that, I've calculated a break-even point at roughly 14 months based on our actual July 2024 pricing data.

What are the xtool f1 ultra acrylic cutting settings I should use?

I spent a whole afternoon testing this. Like, actually burning test pieces. Here's what worked for us:

• Cast acrylic (1/8"): 80% power, 250 mm/s speed, 1 pass. The edges come out flame-polished—no frosting.
• Extruded acrylic (1/8"): Same power, but drop to 200 mm/s. Slower prevents chipping at the edges.
• 3mm colored acrylic: 90% power, 180 mm/s. You'll want to use air assist to reduce scorching.

After our first batch with the wrong settings, we ruined about $80 worth of material. That stung. But once we dialed it in, the consistency was pretty solid. The dual laser does handle acrylic well—the diode laser does the cut, and the fiber laser can mark it if needed.

What's the xtool f1 ultra bed size, and will it fit my parts?

The work area is 204mm x 204mm. That's roughly 8 inches by 8 inches. For most of our small production runs—tags, plaques, small metal parts—that's more than enough. But you need to think about what you're cutting. We had a customer ask for a 12" ruler engraving. That didn't fit. We had to outsource that job.

If you're doing standard-sized business cards, nameplates, or small parts, you're good. For anything bigger, you'll need a rotary tool or a different machine. The Xtool F1 Ultra does have a rotary attachment option, which extends what you can do with cylindrical objects, but the bed size is fixed.

Do I need spray for laser engraving metal on the Xtool F1 Ultra?

Yes. I learned this the hard way. I skipped the spray on our first metal engraving job because I thought 'it's just marking, how bad can it be?' The result was a blotchy, inconsistent mark that looked like a toddler drew on it. We had to redo the order at a cost of $120 in materials and time.

For the Xtool F1 Ultra, you'll want a specialized marking spray. We use Cermark LMM6000. It's about $30 per bottle and lasts for roughly 100 small parts. The fiber laser at 20W can mark metal directly, but without the spray, the contrast is poor. The spray creates a clean, dark mark. Trust me on this one. If you're engraving stainless steel, aluminum, or titanium, budget for the spray.

Can I engrave leather with a diode laser like the one in the Xtool F1 Ultra?

I get why people ask this. A lot of laser engravers use CO2 lasers for leather. But the Xtool F1 Ultra has a diode laser, and it works on leather—with caveats.

We engrave leather patches for a local hat maker. Here's what I've found:

• Vegetable-tanned leather: Works great. The diode laser at 20W burns clean, dark marks. We use 60% power, 300 mm/s.
• Chrome-tanned leather: This burns differently. You'll get a lighter mark and some residue. We dropped to 40% power and increased air assist to minimize the smell.
• Synthetic leather: Hit or miss. Some blends melt instead of engrave. Always test a scrap piece first.

We ruined about $40 worth of material on a rush order because I didn't test. If I could redo that decision, I'd invest in better specifications upfront. But given what I knew then—that chrome-tanned leather was 'leather'—my choice was reasonable. So, yes, you can engrave leather. But test first.

CNC machine vs laser cutter: which is better for my shop?

This isn't really a 'vs' debate. It's about what you're making. We have both. A CNC machine and a laser cutter serve different purposes. Here's the simplified version:

Laser cutter (like the Xtool F1 Ultra): Better for flat materials, fine details, and marking. No mechanical stress on the material. No tool bits to replace. But limited to shallow cuts and certain materials.

CNC machine: Better for 3D shaping, thicker materials, and multiple operations. But slower, messier, and requires tool changes.

I know people who try to use a laser cutter for everything, and it always ends in frustration. And I know people who only use a CNC and curse at it for engraving. The truth is, a lot of shops benefit from both. If you're doing mostly flat engraving and marking, go with the laser. If you need to shape or mill, get a CNC.

How do I calculate the total cost of ownership for the Xtool F1 Ultra?

Here's the spreadsheet I use. I built this after getting burned on hidden fees twice.

• Base machine price: $3,999 (as of January 2025).
• Consumables per year: Laser tube life is rated at 10,000 hours. Diode modules cost about $400 to replace. We factor in $150 per year for consumables.
• Accessories: Rotary tool ($199), air assist ($79), and marking spray ($30/bottle).
• Electricity: At 120W max draw, running 4 hours a day, 5 days a week: roughly $50 per year.
• Potential reprint costs: Budget 5% for mistakes. On $10,000 of annual material, that's $500.

So year one TCO: $3,999 + $150 + $199 + $79 + $30 + $50 + $500 = $5,007. Year two drops to $780 in operating costs. Compare that to $4,200 annually in outsourced services, and the break-even is around month 14. That's assuming you're running it regularly. If you engrave once a month, it's not worth it.