xTool Laser FAQ: MetalFab 800W, F1 Ultra Price, CO2 Laser Searches, and Mistakes I Don't Want You to Repeat

2026-08-28by Elise Marceau

Every week someone asks me some version of: "Should I buy an xTool?" I run a small fabrication shop, and I've been handling laser cutting, engraving, and welding orders for 8 years. I've personally made—and documented—31 significant mistakes, totaling roughly $26,000 in wasted budget. Now I maintain our team's checklist so we don't repeat them. This FAQ is the short version of that checklist. It covers the xTool MetalFab 800W, the F1 Ultra price in USD, CO2 laser searches I keep seeing, and one medical-related search that should never end up at an industrial laser. If you're comparing machines, these are the questions I'd want answered first.

Is the xTool MetalFab laser welder 800W worth it for a small shop?

It depends on what your shop actually sells. The xTool MetalFab laser welder 800W is a handheld welding tool, not an engraver. If you fabricate metal regularly—stainless railing, food-equipment repairs, thin carbon steel—it can be a game-changer. I've seen it cut repair time on small jobs by a third. But if you mainly cut wood and acrylic, the MetalFab 800W is probably overkill. One thing people underestimate is the setup: laser safety glasses, proper ventilation, fire watch, training. I underbudgeted for that part and learned the hard way. My rule now: only buy a specialty machine when you can name five paying jobs that will go through it in the first 90 days. Otherwise, it's a red flag for the budget. And if you're shopping because the MetalFab 800W looks cool in videos, that's the most expensive reason to buy one.

What does the xTool F1 Ultra price in USD actually include?

As of March 2025, I believe the xTool F1 Ultra price in USD was around $4,999 for the standard package. I say 'I believe' because prices change and bundles change. Don't hold me to it—check xTool's site before you commit. What I know for sure is that the headline price isn't the whole story. The F1 Ultra is a dual-laser machine: 20W fiber plus 40W diode in one unit. That's a serious advantage if you need to mark metal and engrave wood without owning two devices. But you'll also want an enclosure, air assist, and some kind of exhaust management. Add those, and the real cost can be $1,000 or more above the base number. Also ask about the rotary attachment: some promos include it, some don't, and the price difference matters if you plan to engrave cylindrical items. It's a fair price compared to buying separate systems, but it's not budget territory.

Why do people search "CO2 laser Minneapolis" or "CO2 laser Charlotte" instead of buying a desktop laser?

Most of the people searching those terms aren't looking for a machine. They're looking for a local shop that can cut large acrylic, engrave a sign, or process 4x8 sheet goods. And honestly, that's often the smarter move. CO2 lasers are excellent for cutting non-metals, but they need real maintenance: mirrors, lenses, tubes, gas, and a ventilation setup that meets local codes. If you only need a few parts, hiring a CO2 laser service in Minneapolis or Charlotte can be cheaper than buying a machine and learning to maintain it. The mistake I see is people buying a CO2 laser for 'someday' projects and then watching it sit idle for months. Before you buy any laser, look at your local codes. A shop in Minneapolis might have different ventilation requirements than one in Charlotte. That's part of why local services exist. If you're searching for a local service, that might be your answer.

Can I use a CO2 laser for scar before-and-after treatments?

No. This is the one search phrase that should never lead to an industrial laser. "CO2 laser for scar before and after" refers to fractional CO2 laser resurfacing, a medical procedure performed by dermatologists, plastic surgeons, or licensed medical aestheticians. It is not the same type of equipment as a laser engraver or cutter. If any seller implies you can use a workshop laser on skin, that's a major red flag. I don't want to sound dramatic, but this is a safety issue. The output from a cutting laser isn't calibrated for skin, and the damage can go deeper than a typical burn. Per FTC advertising guidelines (ftc.gov), health and beauty claims must be truthful and substantiated, and before-and-after photos can't be presented in a misleading way. For scar treatment, talk to a medical professional. For laser cutting and engraving, shop from an industrial equipment company. Those two categories shouldn't overlap.

Fiber, diode, or CO2: how do I choose?

This is the question that causes the most expensive mistakes. The simplified version: fiber is for metal marking/engraving, diode is for wood, plastic, and some painted metal, CO2 is for cutting thicker non-metals and organic materials. But the 'buy one machine that does everything' advice ignores how a job shop actually works. I tried that in my first year and ended up with a machine that did five things poorly instead of two things well. It's tempting to think you can just look at wattage and price. You can't. The material, the maintenance, the software, and the learning curve are all part of the decision. For example, if 80% of your orders are brass tags and stainless parts, a fiber laser is probably your workhorse. If you sell wooden signs, a diode laser makes more sense. My advice: list your top three recurring jobs and buy the xTool machine that matches those. Let the one-off jobs go to a local service.

What's the most expensive mistake you've made with a laser?

In September 2022, I took a $3,200 acrylic order and skipped the material test because the customer said it was "the same clear acrylic as last time." It wasn't. The sheets had a different additive, and the laser edges came out frosted and rough. Every single piece went in the trash. That error cost more than the materials—it cost us a week of production and a chunk of credibility. The customer wasn't trying to mislead me. They just didn't know that materials can change between batches. That's exactly why testing is your job, not theirs. Since then, I've caught 47 potential problems using a simple pre-check checklist. The lesson is boring but real: always test material yourself, even if you're in a rush. A 10-minute test on a scrap piece is cheaper than any redo. I don't care if the supplier swears it's identical. Verify.

MetalFab 800W: would you buy it again?

I would, but only because metal repair work is a real revenue stream for our shop. The 800W output lets us weld stainless and carbon steel cleanly without dragging out a full welding rig for small repairs. But I'd budget differently the second time: more money for training and safety, less for the accessories I thought I needed. The thing I wish someone had told me is that a laser welder has a learning curve. It's not just point and shoot. We also added a fire extinguisher and an operator checklist. It sounds basic, but that checklist has stopped me from making the same mistake twice. If I didn't have a clear customer base for it, I'd pass. That's not a knock on the machine. It's just respect for the difference between a tool that earns its place and a tool that collects dust.

Is xTool worth the price compared to cheaper laser machines?

I'm not going to tell you cheap machines never work. I've seen people get decent results from no-name brands—after they replaced the controller, upgraded the lens, and rebuilt the frame. By that point, they'd spent almost as much as an xTool and lost weeks of production. What I like about xTool isn't magic. It's that the ecosystem is more or less coherent: the settings database, module compatibility, and replacement parts reduce the guesswork. The other thing about cheaper machines is support. When something breaks, you're often waiting on a seller with no local presence. With xTool, I've had better luck getting replacement parts and firmware updates. Whether that's worth the price depends on how much you value your time. For my shop, it is. For a hobbyist doing one project a month, a budget machine might be fine. But for someone running a business, "cheaper per watt" doesn't automatically mean "cheaper per completed job."