This laser micro-machining system yields sharp & repeatable results from simple holes to complex patterns. Intuitive software controls are easy to master with-out training A compact, solid-state laser alternative to exci-mers toxic gases & instability Switchable wavelengths to suit the material for optimal results The lowest cost of ownership > View the work piece in-process for total control of the machining operation. > The LaserMillҒs solid-state YAG laser, 2 1/2 -axis stages and video-microscope with zoom magnification are completely software controlled. For prototyping, short-runs, R&D and pilot line development, the LaserMill is ready to use out of the crate. Set the size and shape of cuts via a rotating, XY aperture down to 2m width Import CAD/CAM .dxf files and machine complex patterns. > Perform many of the same functions on the LaserMill as contract job shops offer. Save time & money consumed by out-sourcing and protect your proprietary processes. Regulate the energy density up to 25J/cm > 2 for the most challenging samples or near zero for the most delicate. > Change wavelengths with one click to suit the material. Navigate the 100 X 100mm stage area using the Sample Mapping function Examples @ 532nm green @ 355nm UV Hold wafers, film and sheet stock flat with the op-tional vacuum chuck for uniform machining throughout. ITO Filter-blue/green LCD Chromium Filter-blue/green Silicon Dioxide SOG Poly-silicon Nitride Sapphire Ceramic > A leader in laser material processing systems for the semiconductor and other industries. Semiconductor New Wave Research provides global support and services via its regional offices in U.S., Europe, Japan, Shanghai, and Taiwan. Aluminum Ti-Tungsten Gold Aluminum Ti-Tungsten Metals Organics Polyimide >

Energy density @ work piece > Cut sizes (rotating) XY apertures > Z Stage (objective lens motion)* > Laser system classification > Cart Dimensions (optional) > Vacuum chuck (optional) > Vacuum for debris removal > Example of 40 m x 40 m x 5 m of polyimide top layer removed with 355nm wavelength & a 20 Direct-write Au on glass from DXF file at 355nm m x 20 m x 1 m layer of Al removed with 532nm wavelength > * Note: measured without vacuum chuck installed. This document is for informational purposes only and does not set forth any warranty, expressed or implied, concerning any hardware and software,...