Is the xTool M1 Ultra Worth It? A Cost Controller's 6-Month Verdict

The xTool M1 Ultra is expensive—but it's likely the most cost-effective machine for a specific buyer.

I manage procurement for a 12-person prototyping studio. Over the past 6 years, I've tracked every dollar we've spent on equipment, consumables, and outsourced jobs. When I audited our 2023 spending, I found we'd spent $4,200 on laser cutting and engraving services alone. That's when I started looking seriously at an in-house machine.

After comparing the xTool M1 Ultra against three other options over 3 months, I bought one. Here's my honest assessment of the costs, the capabilities, and the surprises—both good and bad.

My initial misjudgment about this machine

When I first started evaluating multi-function craft machines, I assumed the '4-in-1' feature was a gimmick. I thought: a machine that tries to do everything probably does nothing well. Put another way: I expected a jack of all trades, master of none.

A year later, I realized I was wrong—partially. The 4-in-1 design is genuinely useful, but not for the reasons I expected. The real value isn't in the variety of functions. It's in the elimination of setup time.

Previously, if we needed to engrave a part and then cut it out, we'd either: (A) outsource the engraving and cut in-house, or (B) manually align the piece between two different machines. Both options introduced errors and delays. The M1 Ultra lets us do both operations in a single pass. Should mention: this only works if your workflow actually needs both functions regularly. For us, it does. For a shop that only cuts or only engraves, the premium might not be worth it.

Breaking down the real costs: TCO vs. sticker price

Let me get specific. The xTool M1 Ultra retails around $1,500-1,800 depending on the bundle. That's not cheap for a desktop machine. A basic CO2 laser cutter can be had for under $1,000. So why pay more?

I built a total cost of ownership (TCO) spreadsheet before deciding. Here's what I found:

• Scenario A: Buy the M1 Ultra ($1,600) + basic materials for 12 months (~$600) = $2,200
• Scenario B: Outsource all jobs = $4,200/year (our actual 2023 spend)
• Scenario C: Buy a basic CO2 cutter ($900) + separate blade cutter ($400) + rotary tool ($200) + materials ($600) = $2,100

On paper, Scenario C looks comparable. But here's what I missed: the time cost of managing three separate machines. Each one has its own software, its own alignment calibration, its own maintenance schedule. The M1 Ultra runs on one piece of software (xTool Creative Space), uses one exhaust system, and has one learning curve. For my team, that simplification is worth roughly $300-500/year in saved labor. I think that's a conservative estimate.

By the way—I should add that we're a small team. If you have dedicated operators for each function, the multi-machine setup might be more efficient. In our case, cross-training one person on one machine was cheaper.

The xTool M1 Ultra Air Assist: not a luxury, a necessity

The xTool M1 Ultra Air Assist is included with the bundle we bought. At first, I thought it was an upsell. Then I compared results with and without it on the same material.

Without air assist: the laser cut through 3mm basswood plywood in 2 passes, but left significant charring on the edges. With air assist: one clean pass, almost no discoloration. The charring difference alone saved us time in post-processing—roughly 15 minutes per piece. Over a batch of 50 pieces, that's 12.5 hours saved.

If you're considering this machine, I'd strongly recommend including the air assist. Skip it, and you'll spend more time sanding and cleaning than cutting. That's the kind of hidden cost I've seen people miss.

Aluminum laser engraving: what it can and can't do

One of the SEO terms I see is 'aluminium laser cutter' and 'how to laser engrave aluminum.' Let me set the record straight.

The xTool M1 Ultra can mark aluminum, but it cannot cut it. The 20W diode laser is powerful enough to remove anodized coatings or etch a surface mark, but it won't penetrate the metal. I've tested this on 1mm thick anodized aluminum plate. Result: a clean, permanent mark at about 80% power and 200mm/s speed. Looks professional. But don't expect to cut through sheet metal.

This was true 5 years ago when diode lasers were much weaker. Today, some higher-end diode lasers can cut thin aluminum foil, but nothing structural. The 'aluminium laser cutter' search is probably looking for a CO2 or fiber laser. The M1 Ultra is not that machine.

That said, if your goal is engraving logos, serial numbers, or decorative marks on aluminum—this machine handles it well. We've used it for customer samples and trade show giveaways. The quality is comparable to what we used to outsource.

Laser cutter machine for wood: arguably its best application

If you search for a 'laser cutter machine for wood,' the xTool M1 Ultra is one of the strongest contenders in its price range. It cuts 3mm basswood in one pass at 200mm/s with air assist. 5mm requires two passes. 10mm is possible but slow—think 5-6 passes and some cleanup.

The real strength is versatility across wood types. I've tested:

• Basswood: Clean cuts, minimal charring
• Birch plywood: Good results, but need to watch for resin buildup on the lens
• MDF: Cuts well but produces more smoke—air assist is essential
• Hardwoods (oak, walnut): Engraving is excellent; cutting thin pieces works but thicker pieces require patience

One caveat: the machine's enclosure size limits what you can cut. The bed is about 430mm x 390mm (roughly 17" x 15.5"). That's fine for small parts, signage, and prototypes. If you're cutting large panels or furniture pieces, you'll need a larger machine or find a workaround.

We experimented with cutting a 600mm x 400mm piece by dividing it into two passes and manually aligning the material. It worked—barely. The seam was visible. I don't recommend it for client-facing work.

When the xTool M1 Ultra isn't the right choice

I've been pretty positive so far, so let me balance that with the scenarios where I'd say don't buy this machine:

• You need high-volume production. The M1 Ultra is a desktop machine. It's not built for 8-hour runtime every day. The laser diode can overheat, and the moving parts wear. For high-volume, you want an industrial-grade CO2 or fiber laser with proper cooling.
• You need to cut thick acrylic (>6mm). The diode laser struggles with clear acrylic. We got acceptable results on 3mm, but 6mm required 8+ passes and the edges were rough. For acrylic, a CO2 laser is still superior.
• You need to cut thick metal (any thickness). The M1 Ultra is not a metal cutter. If you need to cut aluminum or steel, look at a fiber laser or waterjet.
• Your budget is under $1,000. You can get a decent standalone laser cutter for less, but you'll lose the multi-function capability. If you only need one function, save the money.

At least, that's been my experience. I should note that new firmware updates might improve performance on some of these limitations. As of January 2025, these are the boundaries I've hit.

Final verdict: worth the premium?

I look at equipment purchases from a strict ROI standpoint. For our shop, the xTool M1 Ultra paid for itself in about 7 months by replacing outsourced services. That's a solid return. The intangible benefit—faster turnaround for client requests—is harder to quantify but equally real.

If you're a small business, workshop, or maker space that does a mix of engraving, cutting, and rotary work, and you value a single-machine workflow, this is likely the most cost-effective option in this price range. The 4-in-1 design is not a gimmick—it's a time saver. But it's not a production machine. Know your limits before you buy.

Pricing as of January 2025; verify current rates at xTool official store.