Generally anything above 5mm in thickness.
Co2 laser cut carbon fiber.
Here are the advantages and disadvantages of a co2 laser which will cover many of the points above as a direct comparison.
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Cutting carbon fiber with a laser cutter.
The rapidly growing science of laser cutting is dominated by two main methods carbon dioxide co2 laser cutting and fiber laser cutting.
This was done by using a 10 6 micron wavelength co2 laser beam along with a 1 06 micron fiber laser beam and combining them into a single laser beam.
In this test experiment we will see if a 80w co2 infra red laser is able to cut through 3mm thick carbon fibre sheet.
The issue is not everyone has access to this kind of technology so if you can t do this you are stuck with no.
17 4 ph stainless steel.
There have been some high quality carbon fiber cuts.
Both processes offer increased precision and versatility for shops of all sizes and the technology is continually evolving toward improved precision easier use and greater flexibility.
The main disadvantages that a fiber laser faces in comparison to a co2 laser relates to cutting speeds of thicker materials.
See the results in person by getting a free brochure with laser cut and engraved samples.
For those that were wondering fibre.
But there is one more thing.
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This results in a very poor cut line and very few broken fibers.
The laser melts the epoxy much faster than it can have an impact on the carbon fibers.
Co2 laser compatible materials.
Always remember to use safety protection when cutting our material.
Laser cutting carbon fiber can be done with either a co 2 laser or a fiber laser but the highest quality cut is achieved when using multiwave hybrid technology which combines a 10 6 micron wavelength co 2 laser beam and a 1 06 micron fiber laser beam into a single hybrid laser beam.
