xTool M2 vs M1 Ultra: The 4 Differences That Really Matter

Update: xTool M1 Ultra is no longer available for purchase through xTool. This comparison is kept to help existing M1 Ultra owners and shoppers understand how its workflow differs from the currently available xTool M2.

What are the main differences between xTool M2 and M1 Ultra? How does it affect your day-to-day workflow? Is it an upgrade? What are new creative possibilities? Actually, these are two different systems built for distinct creative workflows, one focusing on prioritizing speed and simplicity while the other focuses on versatility.

xTool M1 Ultra is a multi-purpose craft machine that combines laser cutting, blade cutting, color printing, and pen drawing. While xTool M2 takes a different direction by narrowing the focus to most utilized processes by makers: color printing and laser processing. This is an intentional design choice to prioritize speed and a more streamlined workflow over versatility. Read through this guide to understand four differences that matter most.

xTool M2 vs M1 Ultra at a Glance

Before we move onto a detailed comparison, here’s quick glance at how M2 differs from M1 Ultra.

Laser Options & Blades: What You Can Actually Make

xTool M1 Ultra and M2 both come with similar diode laser options (10W and 20W). So, materials they can cut or engrave (such as wood, leather, paper, cardboard, and opaque acrylic) overlap. Since M2 also offers a 3W IR module, it can also engrave on metals and plastics, which isn't possible with M1 Ultra. 

xTool M2 is built around print-and-cut workflows like making sticker sheets and labels, along with standard laser projects such as wood signs and acrylic keychains. On the other hand, M1 Ultra comes with the additional blade cutting module, which allows it to handle materials which are not suitable for direct cutting with a laser, like Heat Transfer Vinyl, certain fabrics, thin, and flexible materials.

Projects like HTV T-shirts, adhesive vinyl decals, paper crafts, and felt-based designs are better suited to the M1 Ultra. The 3W IR module fills a different gap. It allows metal engraving, which neither blade nor standard diode handles well. So the tradeoff is: M2 leans into a tighter set of common projects with added metal capability, while M1 Ultra opens up a wider range of craft workflows across mixed materials.

Here’s a summary of the common materials that can be cut, engraved, or printed using both machines:

Color Printing: CMYK vs CMY

Print-and-cut workflow is supported by both craft machines. However, this is one area where the module setup has been clearly upgraded (in M2).

The inkjet module in M1 Ultra has a CMY configuration, without a dedicated black channel. So, black is produced by mixing cyan, magenta, and yellow. It works in most cases, but lacks depth. Black designs get softer, and fine details lose contrast, especially on darker materials.

The M2 uses a full CMYK system, including true black ink. That single addition makes a visible difference. Blacks are deeper, edges come out sharper, and gradients hold their structure better.

Moreover, there’s a larger ink cartridge in M2 that helps it run a large batch of prints. For instance, the M1 Ultra can handle up to around 400 pages with its 15 ml cartridge, whereas the M2 extends that to about 800 prints with a larger 40 ml ink cartridge.

In terms of workflow, both follow the same process. You print the design, align the material, then let the laser cut the outline. The difference gets visible in the final output. M2 produces results quicker, and its prints are closer to standard commercial printing.

Pinpoint vs Dual Camera System & Ease of Use

Accuracy in positioning determines whether your cuts align perfectly with your printed designs. This is another area where the two machines feel very different in day-to-day use.

M1 Ultra uses a pinpoint positioning system based on direct laser alignment. You manually mark reference points on the material and position the design accordingly. It gives control, but can take some time to get right at first since there is no built-in camera view. To compensate, it supports snapshot preview through a phone, where you capture an image and place your design over it. It works, but adds an extra step.

In contrast, xTool M2 relies on a dual camera setup (5MP panoramic and 2MP close-range), paired with an automated creation system (ACS). It identifies the material, detects dimensions, and applies preset parameters, enabling a true “Place & Go” workflow.

Instead of manually marking reference points, the camera captures the working area in real time. You see your material on screen, place the design directly over it, and let the system handle positioning and parameters. That removes trial-and-error, reduces alignment mistakes, and cuts down the steps needed before each job.

Working Area & Practical Limits

Both machines have similar outer look and dimensions. However, the M2 is slightly lighter, and offers more internal workspace compared to M1 Ultra, though that varies depending on the module in use.

There’s another difference in rotary engraving support. Although both machine support rotary attachments up to 100 mm diameter, the M1 Ultra requires a riser base to accommodate cylindrical objects. The M2 allows direct rotary engraving from 0 to 100 mm without any riser.

Is the xTool M2 Right for You?

The answer is subjective. It depends on your craft needs, what tools you already have, and how much flexibility you require. The xTool M2 is the right fit if you:

• Color Print-and-cut focus: Your work mainly involves high-quality prints, like stickers, labels, decals, and packaging projects.
• Beginner to small business use: Want a simple setup for hobby use, home projects, or starting a small-scale business.
• Budget-friendly setup: Need a capable machine under $600 without extra modules.
• Metal Engraving: Want to work on metal projects like jewelry, keychains, or tags. This is where you can choose M2 with 3W IR module. For project ideas, you can refer to our Atomm community.
• Own a vinyl cutter: Have a separate vinyl cutter or don’t plan to work with HTV and fabrics

In short, xTool M2 is aimed at hobbyists, crafters, and DIYers whose work nature revolves around high quality printing, laser cutting and engraving. It's affordable price point and ease of use, make it quite an quite an attractive option for beginners.

Although M1 Ultra is better suited for multiple craft types, M2 meets the most utilised needs of crafters with its laser (Diode/IR) and inkjet printing combo. 

Now, if you already own the M1 Ultra, consider adding M2 if your workflow leans heavily toward print-and-cut and you value ease of use and better print quality.

FAQs

Is the xTool M2 better than the M1 Ultra?

It depends on the use case. For color print-and-cut, xTool M2 is a better pick. For broader crafting like HTV, foil, drawing, and mixed techniques, M1 Ultra is more versatile.

What's the price difference between the xTool M2 and M1 Ultra?

xTool M2 starts around $549, while M1 Ultra is about $899. A full bundle of M1 Ultra setup goes nearly double the cost of xTool M2, because of the multiple modules that come with it. 

Do I need to get the 3W 1064nm IR module separately?

Yes, it’s an optional add-on with the M2. You can opt for it, if you want to engrave on metals and certain plastics.

What kind of stickers can the xTool M2 make?

M2 can laser cut PVC-free label and adhesive sticker paper. You can make standard custom stickers, holographic stickers, and temporary tattoo stickers.

What's the working/print area of the M2 vs M1 Ultra?

M2 goes larger in laser modes (up to 16.7" × 12.5"), while M1 Ultra stays around 11.8" × 11.8". In inkjet printing mode, the difference shrinks; M2 supports 11.8" × 11.5" while M1 Ultra offers 11.7" × 11.3" work area. 

Can the xTool M2 do HTV for T-shirts?

HTV is best handled with a blade cutter. Laser cutting vinyl can produce harmful fumes depending on the type, so it is not ideal. The M1 Ultra, with its blade mode, is better suited for HTV workflows.

Can M2 diode lasers cut acrylic?

Both M2 and M1 Ultra can cut opaque acrylic. A 10W diode can handle up to around 3 mm in a single pass, while a 20W version can reach up to about 8 mm. However, clear acrylic cannot be cut with diode lasers.