Laser engraver and cutter guides, from first diode kit to small-shop CO2
Match the laser to the material before you buy.
Buying guides for laser engravers and cutters, built from manufacturer specifications and documentation: which laser type suits which material, what the power figures mean, and what to plan for safety.
By Laser Gear HQ
A plain guide to buying a laser
A laser engraver turns a spare corner of a garage into a small workshop: names on cutting boards, logos on tumblers, leather patches, acrylic signs, sometimes the first products of a side business. The catch is that the machines look alike in photos and differ in ways that only show up after delivery.
Laser Gear HQ is here to sort out those differences before you spend the money. Diode, CO2, fiber and UV lasers each suit different materials. Output power is quoted in more than one way. Working area, enclosure, air assist, rotary attachments and software support decide what you can actually make. We put those facts side by side and say which machine fits which kind of maker.
What we write about
Engravers and cutters
diode, CO2, fiber and UV machines, from open-frame kits to enclosed desktop units
Materials and projects
wood, metal, glass, tumblers, leather and acrylic, and which laser type handles each one
Software
LightBurn, the brands’ own apps and free alternatives, and what each machine supports
Safety
eye protection, fume extraction and fire risk, explained before you switch anything on
How we approach a guide
01
Material first, machine second.
The right laser depends on what you want to mark or cut, so each guide starts from the job and works back to the hardware.
02
Power, read carefully.
Brands advertise input power, optical power or a module class. We say which figure is being quoted so models can be compared fairly.
03
Who should pass.
Our picks come with the buyer they do not suit: too small a work area, no enclosure for a shared room, or more machine than a hobby needs.
04
No scores, no stars.
A single number hides the trade-off that matters to you, so we describe strengths and limits in words instead.
Where our information comes from
Our guides are compiled from manufacturer specifications, user manuals, software documentation and published safety requirements. We have not run these machines ourselves yet, and we do not call our articles hands-on reviews. If we get a machine to use ourselves, that review will be labelled as such and will say how we got the unit.
How the site is paid for
Laser Gear HQ earns commissions from some of the stores it links to, including Amazon. Buying through those links costs you nothing extra. No brand pays to appear in a guide or to be ranked higher, and a machine without an affiliate program is recommended just as readily when it is the better fit. Read the affiliate disclosure.
Good places to start
Best Laser Engravers for Beginners: The Enclosure Comes First
Read the guide →
Diode vs CO2 vs Fiber Laser: Which Type Do You Need?
Read the guide →
Best Laser Engraver for Wood: Diode or CO2, Decided by the Job
Read the guide →
Laser Engraver Software: Your Controller Decides, Not the Program
Read the guide →Found an error?
Firmware, bundles and software licences change quickly in this market. If a specification, a compatibility note or a link in one of our guides is out of date, let us know and we will check it against the source and correct the page.