Sometimes very precise cuts must be made on machined parts, so precise a mechanical device isn't good enough for you. Enter the laser. Laser machining and cutting works by focusing a high-power laser's beam on a material. A computer attached to the laser runs a program that directs the laser to make cuts at specified locations, either in 2-D or 3-D.
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Microstructures is a category that includes laser machining of small components creating features less than 200 microns. The process used to create the features is known as non-thermal photo ablation. The some of the common process applications are:
Microstructures is a category that includes laser machining of small components creating features less than 200 microns. The process used to create the features is known as non-thermal photo ablation. The some of the common process applications are:
Microstructures is a category that includes laser machining of small components creating features less than 200 microns. The process used to create the features is known as non-thermal photo ablation. The some of the common process applications are:
Raymax offers a range of fume extraction products specifically designed and engineered to remove Laser Generated particles in the atmosphere around the area of work. The laser fume extraction systems have been designed and manufactured by air...
Raymax offers a range of fume extraction products specifically designed and engineered to remove Laser Generated particles in the atmosphere around the area of work. The laser fume extraction systems have been designed and manufactured by air...
Raymax offers a range of fume extraction products specifically designed and engineered to remove Laser Generated particles in the atmosphere around the area of work. The laser fume extraction systems have been designed and manufactured by air...
Microstructures is a category that includes laser machining of small components creating features less than 200 microns. The process used to create the features is known as non-thermal photo ablation. The some of the common process applications are:
Microstructures is a category that includes laser machining of small components creating features less than 200 microns. The process used to create the features is known as non-thermal photo ablation. The some of the common process applications are...
Microstructures is a category that includes laser machining of small components creating features less than 200 microns. The process used to create the features is known as non-thermal photo ablation. The some of the common process applications are...
Microstructures is a category that includes laser machining of small components creating features less than 200 microns. The process used to create the features is known as non-thermal photo ablation. The some of the common process applications are:
