LaserPecker LP5 vs XTool F1 Ultra: A Small-Shop Buyer's Value Comparison

If your shop engraves both metal and non-metal materials, the XTool F1 Ultra is worth the premium over the LaserPecker LP5—because the fiber laser handles jobs a diode laser can't, and those jobs pay for the difference. I spent roughly three weeks on this comparison in early 2025, and the $1,100 price gap between the LP5 package and the F1 Ultra setup had washed out within six weeks of use. That said, if metal isn't in your job mix, save the money and get the LP5. It's the better value for wood, leather, and glass work.

For context: I'm the office administrator for a 12-person maker space and fabrication shop. I manage equipment purchasing—roughly $180,000 a year across 15 vendors. I report to both operations and finance, so I'm the one who gets asked "why did this cost $200 more?" and also "why can't we do this in-house?" In January 2025 we decided to stop outsourcing engraving. The math was straightforward: in 2024 alone we paid about $2,600 in setup fees to an outside shop that also charged $3.50 per small brass tag. Bringing it in-house made sense on paper. The question was which machine.

LaserPecker LP5 vs XTool F1 Ultra: How I Compared Them

I'll be upfront: I'm not a laser engineer. I'm the person who reads spec sheets, orders test samples, and then explains to the owner why the machine that looked great in a YouTube video didn't work in real life. So my comparison is built around actual jobs, not marketing claims.

There's an old assumption that a fiber laser is a five-figure industrial machine that belongs in a dedicated facility. That was fair years ago. The category has changed—desktop dual-source machines like the F1 Ultra put fiber capability at a small-shop price point. If you're still shopping with the old mental model, it's worth dropping it.

The LP5's advantages are real: it's lighter, smaller, and cheaper. It does a solid job on wood, leather, and dark anodized metal. Most of the reviews I read were fair. I went back and forth between the two for what felt like an eternity—actually, about two weeks of comparing test engravings and re-checking our job log. The LP5 made sense on price. The F1 Ultra made sense on capability. My gut said the dual-source setup would open doors we couldn't predict. I still lost sleep over it.

The F1 Ultra's advantages matter more for us:

• Dual laser source (20W fiber + 20W diode): This isn't about having two lasers. It's about having two wavelengths. A diode laser can't mark bare stainless steel or brass in a reasonable pass. The fiber source can.
• Enclosed design: The LP5 is open-frame; you buy an enclosure separately for most materials. The F1 Ultra has a built-in lid with an interlock. That's a safety difference, not a lifestyle choice.
• Rotary support: We ordered the rotary at the same time. It ended up being the most-used feature on the machine—more on that below.

One surprise: watts aren't watts. The LP5 also offers a 20W diode, but a 20W diode and a 20W fiber laser are completely different tools. The fiber's shorter wavelength gets absorbed by bare metal instead of reflecting off it. That single difference changed our cost structure more than anything else.

XTool F1 Ultra Metal Engraving: Where It Earned Its Keep

Our standard metal job is a 2-inch stainless steel tag, 60 pieces per order, for a local equipment rental company. Serial numbers, a small logo, and a QR code on each. The outside shop charged about $4.50 per tag with a 10-day turnaround.

On the F1 Ultra, each tag takes around 60 seconds to mark. The QR codes scanned cleanly on the first run—I'm still relieved about that. Material cost: maybe $0.70 per blank. The first order of 60 tags covered more than a fifth of the machine's cost.

If you're searching "xtool f1 ultra metal engraving" because you want to know whether it handles real metals: yes, with one caveat. The fiber laser marks bare stainless, brass, aluminum (depending on the alloy), and steel. It's marking, not deep engraving. You get a smooth, dark, durable logo or text. You won't cut through a 1/8-inch steel plate with it—but that's a different tool for a different job.

Jewelry Laser Engraving: An Unexpected Revenue Line

Jewelry laser engraving was not in our business plan. Then a local silversmith heard we had a fiber laser, brought in a few sterling silver cuffs, and asked about custom initials. Turned out the fiber laser marks silver cleanly, no coating or spray needed.

The rotary accessory became the star. I ordered it because the spec sheet said "recommended for cylindrical objects," which sounded optional. That was wrong—or rather, it was right, but I underestimated how many things are cylindrical. Tumblers, bracelets, cuff blanks, bottle openers, even some tool handles. About 40% of our paid jobs now use the rotary. I didn't predict that when I wrote the purchase justification. I'll take the win.

One honest tip: test on the same alloy your customer actually wears. Silver and gold mark easily. But "gold-plated" isn't the same as gold—the plating can burn or peel if you push the power too high. We learned that on a $50 pendant that we replaced at our cost to keep the customer happy. Worth the tuition.

Safety Eyewear: Laser Welding Glasses vs Proper Laser Glasses

Let me save you the mistake I made. When I ordered accessories, I typed "laser welding glasses" into Amazon like a normal person trying to be safe. I got a headlamp-style pair rated for 1064nm, which seemed correct. It wasn't sufficient.

Laser welding glasses are engineered for high-power welding environments, mostly to block diffuse reflections of near-infrared beams. They're not the same as safety glasses for a desktop dual-laser engraver. The F1 Ultra outputs two wavelengths—1064nm from the fiber source and roughly 455nm from the diode source. You want glasses that block both and still let you see the work area.

The enclosure does most of the safety work: the lid is interlocked, and the beam is contained. But if you buy the riser for oversized items or run any open-configuration jobs, eyewear matters. And the right pair is not the same product as a welding helmet or welding glasses. I somewhat embarrassingly kept the first pair for a friend's welding project, then bought proper dual-wavelength glasses for our shop. The $70 fumble is a rookie mistake I don't mind admitting.

Wait, How Does a Plasma Cutter Work? (And Why It's Not This)

When I tell people we bought a "laser cutter," I often get asked whether it's like a plasma cutter. To be fair, the confusion makes sense—both can cut metal. But they're not interchangeable.

Here's how a plasma cutter works in plain terms: compressed air or inert gas is ionized by an electric arc in the torch, turning it into plasma—a superheated, electrically conductive gas. That plasma jet melts the metal, and the gas blows the molten material away. It cuts through 1/4-inch steel plate without much effort. But it's a cutting tool, not an engraving tool. The kerf is wide, and you're not going to put a QR code on a 2-inch tag with it.

A laser engraver uses a focused beam of light to vaporize or ablate a thin layer from the surface. Precise but shallow. Different physics, different use case. If you're cutting heavy steel stock, plasma is the right direction. If you're marking brass tags and engraving jewelry, you want a laser.

When the F1 Ultra Isn't the Right Answer

I don't want to oversell this. There are conditions where the F1 Ultra would be the wrong purchase.

• If your work is 95% wood, leather, or glass: The LP5 will likely do the job for a lot less money. The fiber laser is a waste if you never touch metal.
• If you need deep engraving or thick metal cutting: Desktop lasers are surface-marking tools in that context. A higher-wattage fiber machine or a plasma cutter is the actual answer.
• If your production volume is high: We run maybe 10–15 jobs a week. At that pace, the F1 Ultra is great. If you're pushing hundreds of pieces a day, you're shopping for a production machine, not a desktop one.
• If you're on a tight budget and metal jobs are hypothetical: A diode-only engraver gets you rolling for a fraction of the price. Starting with an LP5 and upgrading later is a legitimate path. There's a machine for every stage.

I don't review equipment for a living. I buy it, run it, and report back. The F1 Ultra worked for us because total cost of ownership—not sticker price—was the right number. Look hard at your own job mix before you pick. And whatever you do, don't skip the safety glasses while you're deciding.