…(San Diego, CA), an ASML
company, and Gigaphoton (Oyama-shi,
Japan) have made substantial advances in excimer technology tailored for lithography to keep pace with the relentless
demands of the chip industry. As a result,
oscillator/amplifier configurations with
…produces an interference pattern that projects downward through space onto an optical fiber (top), resulting in evenly spaced FBG pattern in to fiber (bottom). An interference lithography based production system enables pushbutton fabrication of fiber Bragg gratings (FBGs) for remote fiber sensing.
…technology, are utilised
for this application as well as
for patterned wafer inspection.
The Azure laser is also used for
lithography mask inspection.
Part marking is employed
extensively in semiconductor
manufacturing, since it enables
the strict process…
…Microelectronics Scientific Raman Spectroscopy Compact Disk and DVD Mastering Fiber Bragg Grating Inspection Laser Direct Imaging (LDI) Lithography Choose a Process Optical Disk Media Germanium-Doped Optical Fiber Patterned Semiconductor Wafer Precision Optics Reticle Photoresist Fluorescence…
…Innova Sabre Applications Application Process Material Graphic Arts Microelectronics Scientific Graphic Arts Holography Laser Direct Imaging (LDI) Lithography Photographic Film Photoresist Dye Laser Ti:Sapphire Laser Plastic Paper Fluorescence Excitation --> Features & Benefits Argon DBW Innova…
--> Paladin Compact 355 Quasi-CW UV lasers are ideal for materials processing applications of moderate speed, stereolithography and inspection. Quasi-CW UV lasers of medium power: 2W and 4W designed to optimally cope with customer installation/integration demands. Ideal for materials processing…
…lasers enable front-end semiconductor manufacturing. In front-end semiconductor manufacturing, lasers are mainly used in two applications: in lithography tools and in inspection. There are many different inspection steps in a modern semiconductor fab and Coherent lasers are used in most of them:…
Sabre lets it tackle diverse applications such as pumping modelocked
titanium:sapphire lasers or performing sub-micron lithography in semiconductor
processing - with speed and ease.
Enhanced Reliability q
Sabre's automated features add to its
reliability because the…
…in commercial applications · 1 W of ultra low noise CW 266 nm · Complete hands-free operation · Compact PermAlign design and hermetically sealed · Patented single and absolute frequency stabilization APPLICATIONS · Semiconductor Inspection · Raman Spectroscopy · Fiber Bragg Grating · Lithography
…Azure enables high-throughput UV light processes. FEATURES · 266 nm CW, ultra low noise · Hands-free operation · Full remote control · Automated laser stability controls · Long lifetime >6250 hours APPLICATIONS · Semiconductor Inspection · Grating Writing · UV Spectroscopy · Lithography Azure
…crucial innovation for optical fabrication.
Without this technology, the high-precision
optical surfaces used in semiconductor
lithography tools would not be possible.
1998: The first commercially available deterministic polishing machine, the Q22 magnetorheological finishing…
stretcher/compressor system. To reduce this loss, special transmission gratings must be
fabricated with electron-beam lithography that add significantly to the cost. Grating compressors
also introduce higher-order phase errors that can limit the quality of recompression.…