Laser Cutting: Difference between revisions
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==Maintenance== | ==Maintenance== | ||
*Cleaning and Maintainence ([http://makerspace.tulane.edu/Uploads/ | *Cleaning and Maintainence ([http://makerspace.tulane.edu/Uploads/MachineCleaning.pdf .pdf]) | ||
*Replacing the x-axis belt on the Epilog Helix ([http://makerspace.tulane.edu/Uploads/XAxisBelt.pdf .pdf]) | *Replacing the x-axis belt on the Epilog Helix ([http://makerspace.tulane.edu/Uploads/XAxisBelt.pdf .pdf]) | ||
==Other Resources== | ==Other Resources== | ||
*http://support.ponoko.com/forums/345641-Laser-Cutting-Tutorials-Tips | *http://support.ponoko.com/forums/345641-Laser-Cutting-Tutorials-Tips | ||
Revision as of 16:49, 25 August 2015
Laser cutting is a technique that uses a focused laser beam to either etch patterns or cut through materials including wood, plastic, rubber, paper, or glass. Because of the small size of the focused laser beam and its CNC system, laser cutters can provide extremely accurate and precise cuts.
The Tulane MakerSpace uses an Epilog Helix 24, 50 watt CO2 laser system. This system can cut through materials up to 3/8" thick, though some thicker materials require multiple passes.
Safety
- MAKE SURE YOUR MATERIAL IS LASER SAFE, some materials (such as PVC) release toxic gases when used in a laser cutter, some are prone to starting fires. A helpful, but not complete, list of laser materials can be found here.
- Never leave a running laser cutter unattended, the heat from the laser can ignite some materials and start a fire.
- Always make sure the laser cutter is properly vented, otherwise smoke and fumes can damage the machine or injure people.