CO₂ Laser Systems
CO₂ lasers have a high wall plug efficiency of over 25%. The output is a series of emission lines from 9.3 – 11.0 microns in the IR with the band center around 10 microns…
USP (Ultra Short Pulse) Picosecond and Femtosecond Laser Systems
Ultrashort pulse duration (sub-nanosecond) lasers are increasingly being employed in laser microfabrication applications…
Diode Pumped Solid State (DPSS) Lasers
Diode Pumped Solid State (DPSS) lasers have made major inroads in industrial micro fabrication applications with countless variety in wavelength (1,064nm, 532nm, 355nm and 266nm), pulse duration, repetition rate and average power…”
Excimer Laser Systems
Excimer lasers were the first method developed for generating UV photons and, prior to about 1995, were the only industrial UV laser…”
Fiber Laser Systems
With average powers in excess of 50kW, fiber lasers have taken the heavy industry by storm, for thick metal cutting and welding applications. Additionally, q-swicthed fiber lasers can be found in a number of laser marking systems. The high quality near diffraction limited beam, fiber lasers have found some niche applications in micro-machining…”
Part Handling – Motion Control
A number of parameters need to be considered for the motion control in a laser micromachining system. Specifications such as stage linearity, accuracy, repeatability, range of motion, number of linear and rotational axis, etc. must be considered for the application. Photomachining can guide you through this process to assemble a system which exceeds your requirements without over specifying the assembly…”
Porous Ceramic Vacuum Chuck
PhotoMachining offers a variety of porous vacuum chuck designs for use with thin films, semiconductor wafers and other flat samples. The chuck has a pore size of less than 25 microns assuring uniform suction and strong holding power for even the smallest parts…”
Vision & Part Viewing Systems
Choice of an imaging system depends on the dimensions of required optical parameters and practicality…”