PRECISION LASER ENGRAVING
FOR EVERY MAKER
Engineering-grade reviews with real beam quality measurements, material testing, and safety verification. Every laser tested by our photonics expert using our laser testing protocol.
Power Finder
What laser power do you need? Answer two questions.
TOP LASER PICKS FOR 2026
Our laser systems analyst's top recommendations across categories. Every pick tested with our 5-phase laser protocol.
Safety Classifications
xTool F1 Dual Laser
Dual-laser system (diode + IR) for maximum material versatility in a portable package.
LaserPecker LP2
Thermos-sized powerhouse. 36,000mm/min speed, 0.05mm precision, truly handheld.
Ortur R1 5000mW
Foldable design, Class 1 safety, solid cutting power at an unbeatable price point.
ATOMSTACK P1 5W
Entry-level excellence. Class 1 safety, beginner-friendly, perfect for learning.
Material Compatibility Matrix
Which laser type works best for your materials? Based on our hands-on testing.
| Laser Type | Wood | Leather | Acrylic | Metal | Glass | Best For |
|---|---|---|---|---|---|---|
| Diode 5W Entry-level |
Beginners, hobbyists | |||||
| Diode 10W+ High power |
Cutting, production | |||||
| Infrared (IR) 1064nm |
Metal marking, jewelry | |||||
| CO2 40W+ 10600nm |
Professional cutting |
See our Glossary for detailed explanations. Based on our testing methodology.
All Laser Engraver Reviews
Complete reviews with beam quality measurements, material tests, and safety verification.
What's the difference between diode and CO2 lasers?
Diode lasers (5-20W) are compact and great for wood/leather. CO2 lasers (40W+) excel at acrylic and glass but can't mark bare metal. See our testing methodology.
Is a 5W laser powerful enough?
For engraving wood, leather, paper—absolutely. For cutting 3mm+ plywood, consider 10W+. Use our Power Finder tool above for personalized recommendations.
What does "Class 1" safety mean?
Class 1 = fully enclosed, eye-safe without goggles. Class 4 = open frame, requires safety eyewear. We recommend Class 1 for beginners. See safety classes explained.
Can I engrave metal with a diode laser?
Standard diodes can't mark bare metal—need marking compound or anodized surfaces. For direct metal, get an IR laser like the xTool F1.
How do you test laser engravers?
Every laser undergoes our 5-phase protocol: beam quality, power verification, 6+ material tests, safety verification, software evaluation. Led by Sarah Kovacs.
Engineering-Grade Standards
Beam Testing
Real beam divergence measurements.
Expert Team
Sarah Kovacs, 10 years photonics.
Safety Verified
100% safety classification tested.
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READY TO START ENGRAVING?
Download our 2026 Buyer's Guide with comparisons and material guides.