IMT Masken und Teilungen AG is among the leaders in its field. Manufacturing microstructures and complete microlithographic solutions on and in glass as well as other substrates is our business. IMT Masken und Teilungen AG is a centre of excellence for high-quality micrometer and sub-micrometer structures and precision gratings. Our success in acting as a foundry is based on sharing our know-how, expertise and manufacturing resources with our partners and customers. All critical processes are carried out in-house by our highly qualified and experienced team. Solutions characterized by the highest precision and an attractive cost-benefit ratio are the result of these efforts.
LASER COMPONENTS is specialized in the development, manufacturing and the sales of components and services in the laser and optoelectronic field. We are your competent partner for photonics questions. It is our task to provide the people who research and work with lasers state-of-the-art products and services.
Manufactures and designs custom optical components and thin-film coatings 0.2 um to 25 um (UV to far IR) on substrates up to 50”, to demanding specifications for military, aerospace, medical and telecommunication applications. In-house services include design service, optical and mechanical fabrication, photolithography processing, component sub-assembly and MIL-SPEC environmental testing
ATF takes advantage of their diverse backgrounds and technical expertise in coating, metrology and manufacturing, they're able to provide precision laser optics and assemblies to the telecommunications, high energy research, industrial, aerospace, biomedical, and semiconductor industries.
The highest performance and reliability optical filters available for Biotech & Analytical Instrumentation. All Semrock filters are manufactured with the advanced Ion Beam Sputtering (IBS) process – already regarded as the premier optical coating technology. All filters are hard coated (absolutely no exceptions) ensuring that they do not shift or degrade under prolonged exposure to humidity. Further, the filters do NOT burn out under the intense light sources commonly used in fluorescence applications.