Laser Diode vs CO2 Laser Cutting/Engraving Systems Comparison: Difference between revisions

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=Basics=
=Basics=
*This page aims to compare [[Laser Diode]] and [[CO2 Laser]] based [[Laser Cutters]] and/or [[Laser Engravers]]
*This page aims to compare [[Laser Diode]] and [[CO2 Laser]] based [[Laser Cutters]] and/or [[Laser Engravers]]
=Laser Diode=
==Advantages==
*No mirrors required, only the diode, and lenses on that axis
*No Seperate Laser Tube Needed
*CAN be cheaper
==Disadvantages==
*Seem to be sold anywhere from 1-10w no more than that
*So they can only do engraving, and some of the higher up wattage, and the 10w laser can cut some materials (wood, acrylic)
=CO2 Laser=
==Advantages==
*40 watt is usually the lowest power offered, and thus is far more capable than diode systems
*Usually has a large bed more comprable to a [[CNC Router]]
==Disadvantages==
*Usually needs a watercooler for the tube
*Has a glass laser tube (fragile)
*Has a larger bed (great for larger projects, but takes up more space)


=Internal Links=
=Internal Links=

Latest revision as of 02:11, 29 July 2020

Basics

Laser Diode

Advantages

  • No mirrors required, only the diode, and lenses on that axis
  • No Seperate Laser Tube Needed
  • CAN be cheaper

Disadvantages

  • Seem to be sold anywhere from 1-10w no more than that
  • So they can only do engraving, and some of the higher up wattage, and the 10w laser can cut some materials (wood, acrylic)

CO2 Laser

Advantages

  • 40 watt is usually the lowest power offered, and thus is far more capable than diode systems
  • Usually has a large bed more comprable to a CNC Router

Disadvantages

  • Usually needs a watercooler for the tube
  • Has a glass laser tube (fragile)
  • Has a larger bed (great for larger projects, but takes up more space)

Internal Links

External Links