Company Filing History:
Years Active: 2017-2025
Title: Innovations of Henner Baitinger in Optical Technology
Introduction
Henner Baitinger, an accomplished inventor based in Aalen, Germany, has made significant contributions to the field of optical technology. With two patented inventions to his name, Baitinger's work is centered around enhancing the functionality and efficiency of optical components used in advanced projection systems.
Latest Patents
Baitinger's latest patents reflect his innovative approach to optical engineering. The first patent introduces an optical component designed for projection exposure apparatuses, which features a multiplicity of variably positionable beam-guiding elements acting as pupil facets. This design allows the optical component to be effectively arranged within the beam path of the projection optical unit. His second patent revolves around a support apparatus for optical devices, encompassing first and second support elements along with flexure bearings that connect them. This innovative device aims to facilitate precise movements while managing thermal conductivity, enhancing the performance of lithography systems.
Career Highlights
Henner Baitinger currently works at Carl Zeiss SMT GmbH, a well-respected company in optical systems. His experience at Carl Zeiss has allowed him to deepen his expertise and contribute to pioneering advancements in the production of high-precision optical instruments.
Collaborations
Throughout his career, Baitinger has collaborated with skilled professionals such as Michael Patra and Markus Deguenther. These collaborations enable a vibrant exchange of ideas and foster a creative environment for innovation within the field of optical technologies.
Conclusion
Henner Baitinger is a noteworthy inventor whose work continues to shape the optical technology landscape. With two influential patents and a dedicated career at Carl Zeiss SMT GmbH, Baitinger exemplifies the spirit of innovation that drives advances in modern optical engineering. His contributions not only enhance the efficiency of current systems but also pave the way for future developments in this critical field.