xTool F1 vs xTool P2: How to Match Laser Type to Your Actual Buying Scenario

Why the first question isn't 'which xTool is best'

If your search history looks like mine did a few months ago, it probably includes xTool F1 specifications, xTool P2 CO2 laser cutter, fiber laser pen, and fiber laser marking on copper all in the same week. That doesn't mean every model is competing for the same job. It means you're trying to solve a material puzzle, not just a brand puzzle.

From the outside, the xTool F1 and the P2 can look like the same bright black box in marketing photos. The reality is different: they are built around different laser types. Choose the wrong one and you don't have a machine problem. You have a process problem.

Full disclosure: I manage purchasing for a 25-person manufacturing company. I handle about 60 purchase orders a year, report to both operations and finance, and I look at equipment from the admin side. I care about laser type, but I also care about whether the vendor can provide a proper invoice, whether the machine will fit into our workflow, and whether I will have to explain a rejected expense report to my finance team.

Here is the honest shortcut: there is no universal xTool model. There is only a good match for the material that actually shows up on your table.

A quick laser-type reality check

It's tempting to think that a more powerful laser is automatically a more useful laser. That's not how it works. Wavelength matters.

CO2 lasers emit around 10.6 micrometers. That wavelength is absorbed well by wood, acrylic, leather, and many other organic materials. That is why CO2 machines are the workhorses for cutting sheet goods.

Fiber lasers emit around 1064 nanometers. That shorter infrared wavelength behaves differently on metal. It is the more reliable path for direct marking on bare materials like copper and brass.

Diode lasers sit somewhere in the more accessible desktop category. They can engrave wood, leather, painted metal, and many plastics, but their material depth and speed limits are different.

So the real question is not “which model number wins a comparison chart.” The real question is: which laser type comes closest to what you will do for the next 12 months?

I checked xTool's official product pages in March 2025 before writing this. Product generations and pricing change, so verify current specifications at xtool.com before you issue a purchase order.

The three buying scenarios I use before approving a laser request

Branch 1: The job is repeat metal marking, including copper and brass

If your customer needs serial numbers on copper tags, part numbers on brass labels, or traceability marks on steel tools, then the phrase fiber laser marking on copper is your anchor. You want a fiber-based source, not a CO2 cutter.

Copper reflects much of the CO2 wavelength. Crank the power on a CO2 machine and you can end up with a poor mark and a lot of wasted heat. With a fiber laser, the energy is absorbed differently, which gives you a much better chance of a clean, repeatable mark.

This is where the xTool F1 enters the conversation. In the xTool F1 specifications, the laser type is dual: a fiber/infrared channel for metal marking and a diode channel for organic materials. That makes the F1 interesting for shops that need metal ID work but don't have room for a dedicated bench-top fiber marker.

What about the fiber laser pen option? A portable fiber marker can be useful when a part cannot be brought to a bench. I understand why a maintenance supervisor asks for a pen. It looks easier to expense and easier to move around.

From my administrative seat, a pen and an enclosed desktop unit are different problems. A pen still needs operator training, fume control, PPE, and a testing procedure. The xTool F1, because it is an enclosed desktop system with fixed optics, makes the safety review easier for me and easier for the maintenance team to schedule around.

One caution about copper: do not expect one settings file to work for every copper alloy. C110 copper, brass, and coated metals all behave differently. The sensible process is to get sample coupons from the same batch, test focus, power, frequency, and number of passes, then save the approved settings as your standard. That step prevents the “it worked in the demo but not on our parts” problem.

Branch 2: The job is cutting wood, acrylic, MDF, and other sheet goods

If your real workload is cutting several sheets of plywood, acrylic, or MDF every week, then the xTool P2 CO2 laser cutter is the model to evaluate. CO2 is the better laser type for this application because it produces a cleaner cut through thicker non-metal materials.

The P2 also makes sense when the parts are bigger than the small work area of a dual-laser desktop unit. It is not trying to be a portable engraver. It is meant to be a production tool for sheet-based jobs.

Here is the nuance I don't see in most marketing material: a CO2 machine is not just a purchase price. It needs a dedicated space, ventilation, exhaust handling, and maintenance. I almost approved a CO2 system in 2024 because one department had two big acrylic projects. Then we tracked the actual time spent on laser-ready work. After the initial projects, the queue dropped to about three hours a week. The machine would have sat idle most of the month.

In that situation, outsourcing makes more sense. If you are in a city with good local production capacity, look for an Odessa CO2 laser shop or local equivalent. Compare their unit pricing against your all-in cost of an in-house CO2 machine. If the outside quote gives you the same turnaround and quality for less than the monthly cost of hardware plus consumables plus maintenance, don't buy the machine yet.

Does this mean CO2 is bad? No. It means the right time for a P2 is when laser-ready volume is consistent enough to keep the machine busy. When a shop is feeding it 15 or 20 hours of real work a week, an in-house P2 becomes an efficiency tool. The math changes completely.

Branch 3: The job is mixed, small-batch, and hard to predict

This is the branch where the xTool F1 shines for me. Many small manufacturers, maker spaces, and prototyping shops do a little bit of everything. One day it is a metal nameplate. The next day it is a wooden sign. The next week it is a one-off acrylic sample.

People assume the F1 is a limited desktop toy because the footprint is small. The reality is that the dual laser type makes it unusually flexible. The fiber side handles the copper and steel marking jobs. The diode side handles wood, leather, paper, anodized aluminum, and many other non-metal materials. For a small shop, that means less time switching between vendors and less physical space dedicated to laser work.

This is also where I give advice that sounds backward to some requesters: if your work is mixed and still under about 10 hours per week, don't buy a bigger CO2 machine just because you expect to grow into it. Start with the smaller dual-laser system and outsource the large sheet cuts that don't fit. When the outsourcing invoice hurts enough, that's when you buy the P2.

A fiber laser pen alone will not cover this branch. A pen is good for spot marking metal, but it doesn't give you the ability to engrave wood, acrylic, or coated products easily. The F1's two source types make it the better starting point for mixed small-part work.

How to tell which scenario you are actually in

The easiest way to decide is to keep a two-week job log before spending money. It doesn't need to be complicated.

1. Write down every laser-ready task that comes through your shop.
2. Record the material family for each task: bare metal, coated metal, wood, acrylic, leather, plastic.
3. Record whether the task is marking only, engraving, or cutting all the way through.
4. Measure the largest material size that came in each week.
5. Estimate the time each job took if you ran it in-house.

Once the log is in front of you, the branch becomes obvious.

If most entries are bare metal tags, part numbers, or marking work on copper and brass, then a fiber-based solution or the xTool F1 is the better match. If most entries are wood or acrylic sheet cutting jobs and the queue is long, then the xTool P2 CO2 laser cutter is the right conversation. If entries are mixed and small, start with the F1 and keep a reliable outside CO2 shop for the oversized jobs.

Do not buy a machine because it looks future-proof. Buy it because it matches the work that is already on the floor.

Personally, I also look at the paperwork before approving any laser purchase. I want a written spec sheet, spare parts availability, safety documentation, and a clear invoice path. None of that is glamorous. But the machine can be perfect and still fail if finance can't pay the vendor, or if the maintenance team doesn't have a safe place to put it.

The laser market is full of good options. xTool makes some of them. The goal is not to pick the one that ranks highest in a spec-sheet race. The goal is to pick the one that gets you from material request to finished part with the least friction.

Your first answer should be a branch, not a brand. The right laser type for copper marking is fiber. The right laser type for sheet cutting is CO2. The right laser type for a small mixed shop is often the F1's dual system. Match the source to the material, and the purchase order becomes much easier to sign.