Best Laser Wavelength For Cutting Wood

Depending on the wood the average wattage of the laser determines how thick of wood it can cut.

Best laser wavelength for cutting wood.

So for clear acrylic and wood of some millimeters thicknes you ll better use a co2 laser. 100w co2 laser tube. Obviously you can laser cut most types of wood. 80w 90w co2 laser tube our trucut 90w co2 laser is suitable for laser marking laser cutting and laser engraving which is the ideal choice of laser cut on thin plates include perspex softwood etc laser cloth cutting and marble marking.

This powerful machine has a top cutting speed of 1000 millimeters per minute. Wood is one of the most common laser cutting materials. Ideal for those who have large quantities of personal engraving to perform. Making it 5 times faster than most other similar units of this kind.

It s common for beginners and even professionals to use a laser cutter for wood to cut out pieces to assemble engrave gifts and carve out intricate patterns in a piece of wood. Metal is different it s highly reflective for co2 lasers so you ll need powers of some hundred watts to get into or through. 1 w can primarily cut under 2 5 mm wood with multiple passes 3 w is able to cut 2 3 mm wood with multiple passes 6 w will cut 2 3 mm wood with one pass or 4 5 mm with multiple passes. It is also useful for working with leather fabric wallpaper and similar products.

This type of laser is most common for working with wood or paper and their derivatives polymethylmethacrylate and other acrylic plastics. When laser cutting wood you will need to increase lens focal length as material thickness increases. The laser comes with a more intense laser with a higher wavelength as well compared to its counterpart co2 laser cutter. But it will absorb in the nir so most metal marking cutting lasers are ndyag or fiber lasers with wavelength of 1064 to 1070nm.

For example we recommend using a 2 lens for 1 8 wood and a 2 5 lens for 1 4 wood. The intensity of this laser beam allows the cutter to cut through more tough materials which have thicker and stronger bonds.