ASML Advances Photolithography Systems with Multiphysics Simulation
Fred Huizinga, ASML, Netherlands
At ASML, the development of cutting-edge computer chips and the machinery to produce them requires a complex understanding of the many coupled physical processes involved. To design machines at this level of precision requires simulation at every step, making the availability of a comprehensive simulation toolbox invaluable. For example, engineers at ASML worked on the design of an air bearing responsible for high-precision movements in photolithography machines. They also created simulation apps to allow colleagues throughout the team to virtually test the performance of different designs.
Suggested Stories
Virtual Material Design in 3D Printing Makes Headway with Multiscale Modeling
The advantages of anisotropic properties in 3D printing materials have been difficult to exploit for product design, ...
Modeling Inertial Focusing in Straight and Curved Microfluidic Channels
In many medical procedures and tests, it is necessary to isolate cells of interest for further analysis. Microfluidics ...
超薄型 Dolby Atmos® の開発が家庭用エンターテイメントシステムのスピーカー技術を可能にする
3次元 (3D) サラウンドサウンドテクノロジーは, 消費者にプレミアムで完全に没入型のオーディオ体験を提供します. このような技術の開発を主導している会社の1つとして, 米国カリフォルニア州サンフランシスコに本社を置く Dolby ...
Actuation Technique for Miniature Robots Developed using Multiphysics Simulation
Robotic devices for minimally invasive surgery procedures require flexible tools and careful actuation. But most ...
