# Laser Engraver Matcher: Which Laser Fits Your Projects?

> Laser engraver matcher: pick your materials, cutting vs engraving, where the laser will live, item size and budget to see the diode, CO2, fiber and galvo…

- Source: https://laserengraversguide.com/tools/laser-matcher/
- Markdown version: https://laserengraversguide.com/tools/laser-matcher.md

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# Which laser fits your projects?
The wrong laser is usually the wrong type for your materials (a diode for clear acrylic, a CO2 for silver) or the wrong format for your space (an open frame in a living room). Tell us what you make and where, and we'll show the machines that fit.

 Materials you want to work with Wood & plywood Leather & paper Dark acrylic Clear acrylic Coated tumblers & anodized Bare metal / jewelry Glass

Main jobMostly engravingEngraving and some cuttingMostly cutting sheets
Where it will liveGarage, shed or workshopInside the home, office or classroom

Biggest flat pieceSmall — under 4 in (tags, rings, cards)Medium — up to about 12 inLarge — 16 in or more (signs, panels)
Max budget no limit

 I'll engrave tumblers, mugs or rings (needs a rotary)

  Four kinds of hobby laser The light source decides what a laser can cut and mark. The format decides speed, size and safety.

        Blue diode (open or enclosed)
        The affordable all-rounder: engraves and cuts wood, leather, cardboard and dark acrylic, and engraves coated metal. Can't cut clear acrylic or mark bare metal. Slower cutting than CO2.

         Typical: 10–40 W output, $300–$2,000

        CO2 tube
        The cutting machine: faster, cleaner cuts in wood and every color of acrylic, plus glass etching. Bigger, needs water cooling and serious venting. Can't mark bare metal without a compound.

         Typical: 40–55 W desktop, $2,000–$7,000

        Fiber (1064 nm)
        The metal specialist: marks and deep-engraves stainless, aluminum, brass, silver and gold, and many plastics. Poor at wood and useless for clear acrylic or cutting sheet goods.

         Typical: 20–60 W, $1,500–$5,000

        Galvo / portable
        Mirrors steer the beam instead of a moving gantry, so it's extremely fast over a small field — ideal for personalizing many small items. Often dual-source (diode + IR) in hobby machines.

         Typical: ~100 × 100 mm field, $500–$2,500

## How the matching works
We start from what each laser type can physically do (the same rules as our [material checker](https://laserengraversguide.com/tools/material-checker/)): clear acrylic and glass need CO2 or UV; bare metal needs a fiber, infrared or dual-source laser; coated metal works on almost anything. "Mostly cutting" needs a machine the maker rates for at least 6 mm of wood; "some cutting" at least 3 mm. "Inside the home" keeps only Class 1 machines, which contain the beam with the lid shut. Then we check the work area against your piece size, rotary support and budget, and rank by our [Guide score](https://laserengraversguide.com/how-we-research/), nudged toward cheaper machines that do the job. For small pieces we give fast galvo lasers a small edge, since they are much faster over a small field.
Every laser makes smoke, enclosed or not, so budget for venting or a purifier (see our [ventilation guide](https://laserengraversguide.com/posts/laser-engraver-ventilation-guide/)). For the full picture, read the [best laser engravers of 2026](https://laserengraversguide.com/posts/best-laser-engravers-2026/).

## A worked example
Start with the defaults: wood only, engraving and some cutting, a garage, pieces up to about 12 inches and no budget limit. Every laser rated to cut at least 3 mm of wood with a work area of at least about 200 mm on its short side passes, which rules out small-field machines such as the xTool F2 and the ComMarker B4 fiber marker. Change "Where it will live" to "Inside the home" and the open-frame diodes drop out, leaving enclosed Class 1 machines.
Now add "Clear acrylic": only CO2 machines remain, because blue diode light passes through clear acrylic. Add "Bare metal / jewelry" and nothing fits, since none of our CO2 machines marks bare metal and the fiber and dual-source machines can't cut acrylic. The tool then shows what changes if you drop one material, which is usually the answer: people who need both own two lasers. The matcher is a shortlist, not a verdict; read the reviews before you buy.

## Frequently asked questions

### What laser engraver should a beginner buy?
Most beginners are best served by an enclosed diode laser with a camera and autofocus: it handles wood, leather, dark acrylic and coated tumblers, contains the beam and smoke, and the software does most of the setup. Open-frame diodes cost less but need eye protection for everyone nearby and separate smoke handling.

### Can one laser do wood and metal?
Partly. Blue diode lasers engrave wood and remove coatings from metal (tumblers, anodized aluminum), but can't mark bare stainless or silver. Dual-source machines add an infrared laser for bare-metal marking. For deep engraving and jewelry, a fiber laser is the right tool.

### Do I need a CO2 laser to cut acrylic?
For clear or light-colored acrylic, yes (or a UV laser for engraving). Blue diode light passes through clear acrylic. Diodes can cut thin black or dark opaque acrylic.