Compare xTool Machines: F1 Laser xTool, CO2, and Fiber Laser—What I’d Buy After 11 Mistakes

Let’s start with the phrase that gets searched more often than it gets solved: compare xTool machines. If you’re reading this, you probably have the F1 laser xTool spec page open in one tab, a CO2 cutter review in another, and a quote request for laser co2 Greensboro in a third. I recognize that feeling because I’ve lived it.

I run a small laser service shop in Greensboro, NC. I’ve been handling cutting and engraving orders for eight years, and I’ve made — and documented — eleven significant mistakes, totaling roughly $14,000 in wasted budget. One still stings: I bought a CO2 machine before measuring our actual order sizes. The work area would not fit the 24-inch sign panels that became our bestseller. That choice sent me back to local job shops for a year while I paid off a machine that sat half-used.

So I’m not gonna pretend there is one right xTool for everyone. There isn’t. But there is a right scenario for each machine, and that’s what I’ll help you sort out.

Compare xTool Machines: why scenarios beat spec sheets

When you compare xTool machines, the spec sheet tells you only half the story. A machine with more watts still loses if the bed is too small for your real workpieces. A cheaper machine still loses if it cannot mark the metal your client asked for. That’s why I sort every machine comparison into three scenarios.

Fiber laser definition (and why it matters to xTool buyers)

Fiber laser definition: A fiber laser is a solid-state laser whose gain medium is an optical fiber doped with rare-earth elements such as ytterbium. It produces a beam around 1064 nm, which metals absorb far better than the 10.6 µm wavelength of a CO2 laser. That is why fiber lasers are common for metal marking, deep serial numbers, and small-part engraving.

The F1 laser xTool uses this idea in a desktop format. It combines a diode laser for wood, leather, and plastics with an infrared laser for metal. The newer F1 Ultra raises the infrared power, but the same logic applies: one small machine, two wavelength families.

The medical search: ‘CO2 laser skin resurfacing procedure’

If you arrived here from a search for co2 laser skin resurfacing procedure, I want to save you time. That is a medical treatment, not a workshop tool. According to the American Society of Plastic Surgeons (plasticsurgery.org), CO2 laser resurfacing uses short pulses of light to remove thin layers of skin. It shares the CO2 wavelength with laser cutters, but the machine, safety approvals, and clinical training are entirely separate. This article is about equipment for cutting and engraving, not medicine.

Scenario A: You need metal marking and compact mixed-material engraving

If your orders include stainless steel tumblers, knife blades, aluminum tags, or small plastic parts, your best match is probably the F1 laser xTool. The F1 family is built around the dual-laser idea, and it fits on a desk. What I like about it: one enclosure for organic and metal materials, good short-run customization, and no separate fiber marker if your volume is moderate.

What I check first: bed size. If your parts are bigger than the F1’s work area, it is not the right machine, no matter how many watts the marketing page shows. I also check fume control. Even a small laser produces smoke, so ventilate it properly. And I run a test on the exact metal, coating, and focal distance I plan to use. ‘Similar material’ is not good enough when the client is paying for 300 pieces.

Scenario B: Wood, clear acrylic, and the ‘laser co2 Greensboro’ question

A CO2 laser is the standard tool for clean cuts on clear acrylic and thicker wood. In the xTool lineup, the P2 is the CO2 machine to compare. But here’s the advice that surprises people: you may not need to buy one yet.

If your production is under 30 sheets per month, a local service shop can handle the cutting for less than the cost of machine payments and consumables. I have used this route many times. When I search for laser co2 Greensboro, I get job shops that cut acrylic, wood, and sheet goods. Their minimum charges can be annoying, but for testing a product line, outsourcing beats buying the wrong machine.

If you do buy a CO2 laser, measure your largest real workpiece before comparing bed sizes. That mistake cost me roughly $2,300 in outsourced cutting in one year. I still kick myself for skipping that step.

Scenario C: You don’t know yet what your shop will look like next year

This is the scenario that fits a lot of new owners, even though nobody likes to admit it. You don’t know whether you’ll be engraving tumblers, cutting signs, marking PCBs, or making custom plaques. If that sounds like you, choose a modular system instead of a single-purpose workhorse.

The xTool D1 Pro series was designed around swappable laser modules. Start with a lower-cost diode module, then add an infrared module for metal when the orders show up—without buying a whole new frame. That modularity saved me from buying a second machine in year two.

You may also need a CNC router if your products require true 3D carving. Lasers cut sheets and engrave surfaces, but they do not contour like a router. When you compare xTool machines, include the CNC lineup in the same decision.

How to tell which scenario you belong to

Still stuck? Use the same five questions I use now. They sound boring, but they prevent expensive emotions.

1. List your top three materials. If metal is one of them, an infrared/fiber option is likely.
2. Measure your largest real workpiece. Not the biggest one you hope to make — the biggest one you’ve already sold.
3. Estimate monthly volume honestly. Under 20 pieces: outsource and compare machines slowly. Over 50: machine ownership starts to make sense.
4. Test on the exact machine you want. Use material from your real supplier, not a scrap piece that behaves differently.
5. Plan the safety first. A bare CO2 or fiber laser is a Class 4 laser product. Enclosures, interlocks, and laser-safe eyewear are not optional. According to OSHA’s laser hazard guidance (osha.gov), a Class 4 laser can cause eye and skin injury from direct or scattered beams.

It took me eight years and more sample burns than I can count to understand that the best xTool machine is context-dependent. After five years of managing this shop, I’ve come to believe that ‘best’ means ‘best for the orders you already have.’ The 11-point checklist I use now has caught 47 potential process errors in the past 18 months and saved an estimated $8,000 in rework. I do not say that to brag. I say it because 5 minutes of verification beats 5 days of correction.

This was accurate as of Q1 2025. xTool updates firmware and modules quickly, so verify current specifications before you buy. And if your thing is metal marking, compare the F1 laser xTool to its Ultra sibling carefully. If your thing is sheet cuts, get a CO2 sample from a local shop before you commit. Your wallet will thank you.