Laser Types
Diode Lasers
5W - 40W | Entry to Hobby
- ✓ Affordable entry point
- ✓ Compact desktop size
- ✓ Good for engraving
- ✗ Limited cutting depth
- ✗ Slower than CO2
Best for: Engraving, thin materials, beginners
CO2 Lasers
40W - 150W | Most Popular
- ✓ Excellent cutting ability
- ✓ Fast engraving speeds
- ✓ Wide material compatibility
- ✓ Mature technology
- ✗ Requires ventilation
Best for: Small business, prototyping, production
Fiber Lasers
20W - 100W+ | Industrial
- ✓ Mark/cut metals
- ✓ Long lifespan (100k+ hrs)
- ✓ Low maintenance
- ✓ No mirror alignment
- ✗ Higher cost
Best for: Metal marking, industrial use, high volume
Key Specifications to Compare
Laser Power
Wattage determines cutting capability and speed. Higher wattage = deeper cuts and faster processing.
Work Area
Maximum material size the machine can accommodate. Consider your typical project dimensions.
Spot Size
Smaller spot size = finer detail and higher power density. Critical for precision work.
Speed
Maximum travel speed in mm/s. Higher speeds reduce job time but may affect quality.
Critical Safety Features
Fully enclosed with interlock
Exhaust fan with ducting
Viewing window rated for laser wavelength
Fire detection and extinguisher
Database Status
Our machine database is continuously updated with specifications from manufacturers and community testing. If you notice discrepancies or have a machine not listed, please contact us with verified specifications.