Creality Falcon2 Pro review asks what extra power buys at the bench. This is the flagship of the Falcon2 diode family, sitting beside the xTool S1 and the Atomstack X40 Pro. Top of the diode aisle, and priced like it.
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The Falcon2 Pro rides at the premium end of the diode aisle. The flagship 60 watt build costs around two to three times a starter 10 watt diode, while the 40 watt build sits closer to mid range money. Both still land a slice under entry CO2 pricing, which is exactly how Creality frames the pitch.
That spread is the whole argument: diode money for near CO2 cuts on wood, plywood, and leather. Nobody needs the flagship for engraving, a 10 watt machine engraves beautifully. You are paying for the ability to cut, and to cut fast.
Think of it this way
Buying a laser is like buying a drill: the cheap one hangs pictures, the serious one eats studs. The Falcon2 Pro is the flagship drill of the diode aisle, priced for people who already know they will use it. Overbuying a diode still costs less than underbuying a CO2.
The real price of any high wattage diode is the bench built around the machine. A honeycomb bed, air assist, a rotary, an enclosure or extraction, and proper laser glasses all add up, so budget for the workshop, not just the box. Skip the extraction and you will smell that decision for years.
At its core it is a diode laser engraver and cutter in the 40 to 60 watt marketing class, built on a mid size frame that clears cutting boards and sign blanks. The Pro badge covers a range of builds, from around the 20 watt class up to the 60 watt flagship, so the name means family, not a single sticker.
Diode watt numbers are combined optical output at the source, not continuous cutting power at the work surface. That is normal for the class, but it means a 60 watt sticker does not behave like a 60 watt CO2 tube. Expect roughly a third to half the cutting depth of a same number CO2 and you will never be disappointed.
The machine runs open frame in its classic form with a mid size bed, and the catalog adds risers, enclosures, and a camera guided closed box variant for batch work. Newer builds lean into plug and play: preview the piece on screen, place the job, walk away. The fancier the workflow gets, the more you pay to not fiddle.
This is where the family earns its keep: LightBurn support sits alongside the brand software, and the accessory catalog covers air assist, a rotary kit, honeycomb, and fume gear. One brand, one cable, no franken rig. Read the owner forums before firmware updates, because Creality has occasionally tripped up third party workflows with one.
The way I see it
A laser machine is a phone: the hardware gets the headline, the software decides if you love it. LightBurn plus a capable brand app gives this family a real edge over rivals that lock you into one tool. Check the firmware notes before you hit update, that is where the romance can end.
Summary of the machine: a serious diode cutter with a capable mid size frame and a real accessory family, sold across a range of power builds. The question is never whether it engraves; it is how deep you want to cut.
A diode laser burns by surface absorption: the beam lands, dark material drinks the energy, and the material either marks or vaporizes. Engraving only needs enough energy to discolor the top layer, but cutting needs enough to vaporize all the way through, which is why wattage shows up first in cut speed. Nobody buys 60 watts for prettier engravings.
Climb from the 10 watt class toward the 60 watt class and cut speed accelerates while engrave speed plateaus. The flagship turns plywood jobs that take multiple slow passes on a starter into one clean pass, and it makes thicker stock practical for the first time on a diode. That is the whole reason the premium exists.
Think of it this way
Wattage is engine size; focus, lens quality, and pass count are the gearing. A 60 watt diode with a tight focus cuts plywood like a bigger engine with the right gears. Raw watts without clean airflow and a decent lens just make smoke.
Physics still sets the ceiling: diodes struggle with clear acrylic, very light woods, and bare metal. You can paint mask clear sheet and mark coated metal, but a diode is not a CO2 or a fiber laser in disguise. Know the lane before you pay for the fast lane.
Setup comes down to level the bed, set the focus, and test the airflow, then resist the urge to jump straight to full power. The class rewards a clean start: a test grid on scrap finds the speed and power sweet spot faster than any forum thread. Scrap is always cheaper than the piece you actually care about.
The way I see it
Power settings are like oven temperatures: too hot blisters the surface, too cool never cooks through. The Falcon2 Pro rewards a slow step up on scrap before the real piece goes in. Patience here is the difference between a gift and kindling.
For cuts, run air assist over the cut line and expect a second pass on thicker stock. For engraves, keep power lower than instinct suggests and let speed carry the shading. Add the rotary kit for tumblers and bottles, and lean on the camera preview for repeatable batch placement. Every minute spent dialing saves ten minutes of redoing.
Value here depends entirely on how much you actually cut. If your week is tumblers, small signs, and engraved blanks, the premium is wasted and a 10 to 20 watt diode does that lane for less. If your week is cutting boards, box blanks, and thicker plywood, this is the cheapest fast way to do it short of CO2 money. Buy the capability you will use, not the one that sounds cool in a review.
Think of it this way
Paying premium diode money is like buying the loaded trim instead of the base model: you only feel it when you actually use the features. The extra watts are a tool you must reach for, not a badge that makes you a better maker. For engrave first buyers, that trim is wasted money.
On the BeamScore scale the 60 watt flagship lands at 6 out of 7: elite cut capability for the class, a strong mid size envelope, and a real accessory family, held back only by a software ecosystem that still asks for patience. High score, honest caveats.
The Falcon2 Pro competes at the top of the diode aisle, so the fair fights are the enclosed xTool S1, the big bed Atomstack X40 Pro, and the proven Ortur Laser Master 3 one class below. Different strengths, same shopping cart.
| Option | Power class | Defining trait | Best for | Verdict |
|---|---|---|---|---|
| Creality Falcon2 Pro, 60 watt example | 40 to 60 watt diode, mid size bed | Family spans the 20 to 60 watt classes with rotary, air, and enclosure in the catalog | Cutters who want the fastest diode speeds on a mid size frame | Raw cutting watts for the money, if you can live with some firmware drama |
| xTool S1 | 40 watt diode, enclosed | Lid down camera guided machine with a slide out tray | Owners who want safety and fume handling solved from day one | The polished enclosed pick that trades raw depth for all day ease, and bills you for the polish |
| Atomstack X40 Pro | 40 watt diode, open frame | Huge mid size bed at mid range money | Engravers who want the most plate per dollar | The big bed value play that makes you question the flagship tag, budget the extras yourself |
| Ortur Laser Master 3 | 10 to 20 watt diode, open frame | Proven beginner classic built LightBurn first | First machine buyers who mostly engrave | A steady known classic, now clearly outgunned on serious cuts |
Scorecard time. The Falcon2 Pro wins the cut ceiling and speed arguments, the S1 wins the out of the box experience, and the X40 Pro wins the value argument. Pick the argument you actually have with your wallet.
Scores are class guidance from published specs and community consensus, not lab results. Model lines shift, so treat each example as a starting point for your search.
Current example to search: Creality Falcon2 Pro 60W
Best diode cut speed on a mid size bed for makers who cut wood and plywood every week, as long as you accept the firmware patience tax.
Current example to search: xTool S1
Best out of the box safety and software for owners who want lid down polish, at the cost of some raw cut ceiling.
Current example to search: Atomstack X40 Pro
Best plate per dollar for engravers who want a huge mid size bed on a budget, with a lighter accessory family behind it.
If you cut more than you engrave and you want the fastest diode work on a mid size frame without CO2 money, the Falcon2 Pro family is the answer. The 60 watt flagship is the pick when you want the full ceiling, and the lower wattage builds keep most of the speed at less money. Engrave first buyers should buy cheaper and smile all the way to the bench.
The Bottom Line
Bottom line: the Creality Falcon2 Pro is the winner for the maker who cuts as much as they engrave, wants premium diode power on a mid size bed, and refuses to touch CO2 money. It earns a BeamScore of 6 out of 7: buy the 60 watt flagship if you cut thick stock most weeks, and buy the gentler build if you mostly want headroom for the future.
The overall answer for 2026, chosen by job profile instead of spec sheet noise. One machine per kind of buyer.
Read the guideThe question every new buyer asks. Cut depth, material limits, and who each family is for, charted.
Read the guideThe honest first machine: a learning tool sized to your bench and your patience, not your fantasy project list.
Read the guideAn xTool P2 review for 2026 that reads the enclosed 55 watt CO2 class as a time purchase: the real bench costs, the setup order, and who beats the P2.
Read the guideThe open frame diode that set the class standard, reviewed with honest bench costs and the 2026 verdict.
Read the guideA Glowforge Aura review that reads the compact diode class as it is: what the specs mean, who the machine is for, and the BeamScore bottom line.
Read the guideSources: manufacturer listings and standard public guidance at time of writing. Prices and availability subject to change. Individual results vary.