xTool F1 Ultra: 7 Cost Questions Answered (Air Assist, Laserpecker 5, Plexiglass)

I'm a procurement manager at a 38-person fabrication shop. For the past six years, I've managed our equipment budget—roughly $150,000 annually—and I've tracked every laser-related order in our cost system. When we bought an xTool F1 Ultra in 2024, I did the full cost analysis before and after the purchase.

These are the questions I actually get asked by other shop owners and makers. Here's what I found.

1. What exactly is the xTool F1 Ultra?

The F1 Ultra is a desktop dual-laser engraver. It packs a 20W fiber laser and a 20W diode laser into one unit. The fiber source marks metals—stainless steel, aluminum, brass, titanium. The diode source handles wood, leather, acrylic, and painted surfaces.

Why does this matter from a budget perspective? Because you're getting two machines in one chassis. A standalone fiber laser with comparable power typically starts around $3,000–4,000. The F1 Ultra's base unit was listed around $1,200–1,600 depending on the bundle, based on publicly listed prices as of January 2025. Verify current pricing, because bundles shift.

That's the headline number. But the headline number isn't the whole cost story. Not by a long shot.

2. How much do laser engravers actually cost?

The "how much" question comes up more than any other. Short answer: it depends on the category.

• Entry-level diode engravers (5–10W): $200–500
• Mid-range enclosed units (10–20W): $600–1,500
• Desktop dual-laser units like the F1 Ultra: $1,200–2,000
• Standalone fiber lasers (20W+): $3,000–10,000+

Those ranges reflect publicly listed prices across major manufacturers as of January 2025. Prices move; verify current rates.

Here's the thing: the machine is maybe 60% of the total cost. When I audited our 2023 equipment spending, I found that accessories and consumables added 35–40% on top of base unit prices across all our laser tools. Air assist, rotary attachments, extraction, replacement lenses, test materials. It adds up fast.

Roughly speaking, plan for $500–800 in accessories when you set up an F1 Ultra for regular production work.

3. Is the air assist worth it?

Yes. Next question.

Okay, let me qualify that. Air assist blows compressed air across the cutting surface while the laser works. It clears debris, reduces heat buildup, and prevents edge charring. On the F1 Ultra, the difference is visible on acrylic, wood, and painted metal engraving.

Why does this matter? Because edge quality decides whether a job is profitable or scrap. In Q2 2024, we ran a comparison on 6mm cast acrylic—one batch with air assist, one without. Parts cut without it needed an average of 11 minutes of manual edge cleanup each. Parts with it went straight to packaging. Period.

To be fair, if you only mark metal, you can skip it. But for cutting work, the air assist pays for itself in the first month. Looking back, I should have ordered it with the unit instead of paying separate shipping two weeks later.

4. xTool F1 Ultra vs Laserpecker 5: which is the better buy?

This question comes up constantly. Both are desktop lasers. That's where the similarity ends.

The F1 Ultra offers a fiber + diode combo with 20W on each source and a work area of roughly 400 x 400mm with the enclosure open (verify the current spec sheet). The Laserpecker 5 is significantly more compact and portable, which is a real advantage if you need a mobile unit.

From a cost perspective, the Laserpecker 5 often lists at a comparable or higher price point. I'm not 100% sure of the latest street prices, but as of January 2025, the Laserpecker 5 was frequently quoted in the same range as the F1 Ultra base—with lower power output and a smaller work area. Verify current pricing before you decide.

Granted, portability matters if you travel with your laser. But for shop use, comparing TCO—power, work area, throughput, accessory options—the F1 Ultra delivered more capability per dollar in my experience. That's not a knock on Laserpecker; it's just what the numbers showed.

5. Can it really cut plexiglass?

Yes, with caveats. The 20W diode laser can cut cast acrylic sheets up to roughly 8–10mm (about 3/8 inch) in multiple passes. We regularly cut 6mm clear cast acrylic for display stands. The edges come out clean, especially with air assist running.

But here's the catch: extruded acrylic behaves differently from cast. It can melt and reform at the cut line, leaving cloudy edges. And white or translucent acrylic absorbs less infrared light from a diode source, making it significantly harder to cut. Dark and clear materials work best.

Granted, a CO2 laser handles acrylic better across more colors and thicknesses. If acrylic is 80% of your workload, buy a CO2 machine instead. The F1 Ultra is a capable plexiglass cutter for light-to-medium duty. It is not a replacement for dedicated acrylic-cutting equipment.

6. Do I need a fiber laser engraving machine at all?

If you engrave bare metal, yes. A diode laser alone can't mark raw stainless or aluminum—the wavelength is wrong. That's exactly why the F1 Ultra is built as a combo unit: fiber for metals, diode for wood, leather, and organics.

Before this category existed, a shop needing both capabilities had to buy two machines. We priced that scenario in 2024: roughly $4,500–6,000 combined for entry-level versions of a separate fiber laser and a separate diode unit. The F1 Ultra collapses that into one purchase.

Is the fiber source as powerful as a dedicated fiber laser? No. At 20W, it sits on the lower end of fiber power ranges. But for everyday marking—serial numbers, logos, QR codes on steel or aluminum—it handled everything we threw at it.

Everything I'd read said you need a dedicated fiber laser for serious metalwork. In practice, for our light-to-medium production runs, the F1 Ultra's fiber source was enough.

7. What's the hidden cost nobody told me about?

The test materials. Nobody warns you about the test materials.

When you get a new laser, you'll burn through a surprising amount of material dialing in settings. Different wood types behave differently. Acrylic brands behave differently. Anodized aluminum from different suppliers marks differently. We spent roughly $200–300 on test materials in our first two months with the F1 Ultra.

Also: ventilation. The F1 Ultra offers a filter unit, but if you're cutting acrylic or wood regularly, you'll want proper extraction or a well-ventilated space. A basic smoke extraction setup runs $150–400 depending on what you already have.

Even after choosing the F1 Ultra over the alternatives, I kept second-guessing. What if the combo design meant compromises on both sides? The first full production week settled that. The fiber side marked our steel inventory tags flawlessly. The diode side cut acrylic displays with edges clean enough to ship without post-processing. I didn't relax until that week was done.

Final thought: the F1 Ultra isn't the cheapest. It's not the most expensive either. In TCO terms, it's the best value I've found in this category—if you budget for the extras.