Picosecond laser machining  can be used for the most challenging applications.The series combines the precision of picosecond laser machining with high stability granite structure and intuitive control software.The very high peak power density that can be achieved using picosecond pulses means that this type of laser can be used to machine otherwise transparent materials.

This machining works greatly on unfinished work pieces than other techniques. During its processes the carbon fibers are not damaged. It is much better option as compared to any available conventional technique in the present day market. So  laser equipment  can give you best possible results to meet your industrial needs.

Industrial ceramics are typically much more heat resistant and have a better quality front surface.Because of the surface condition, laser engraver is usually of the very highest quality.In most cases ceramic materials are best processed. This also allows for higher production rates due to the extra speed that corresponds to higher power. There are special tiles that are readily available.

Conventional machining though in use, yet is less efficient than laser machining that has been used for different manufacturing process.Today this technology allows easy removal of solid substances.The basic removal process depends on optical material properties. In short, this kind of machining is extremely valuable in research activities and industrial manufacturing processes.