Leica Microsystems – The Ultimate in Optical Competence
For more than 160 years Leica Microsystems has designed and produced top-class objectives for a wide variety of applications in research, industry and medicine. The innovation power of Leica Microsystems' optical designers and the experience and expertise of Leica Microsystems' precision optical engineers come together to provide microscopes with the best optics possible. A sophisticated, state-of-the-art production process yealds objectives that guarantee superlative image quality.
In optics there are two basic categories of aberrations that require correction: monochromatic and chromatic. The main monochromatic aberrations are: spherical aberration, astigmatism, coma, field curvature and distortion. Chromatic aberrations can be divided into axial and lateral.
Our top-performance objectives feature maximum correction and optical efficiency, and have already won several awards. All over the world, leading scientists trying to visualize, for instance, the finest cell structures with resolutions down to 20 nm rely on optics from Leica Microsystems.
Apart from top-class objectives for standard applications, the extensive range of Leica Microsystems objectives comprises objectives with optimized properties for special applications. These include water and glycerin immersion for live cell imaging, color corrected objectives for multiphoton excitation and objectives for laser microdissection that allow single cells or chromosomes to be separated from surrounding tissue and collected.
Our objectives for electrophysiology are another example of how technical expertise and the traditionally close cooperation between users and Leica Microsystems are integrated in product innovations. They are optimized over the whole wavelength range from UV to infrared and equipped with a ceramic cap designed by Leica Microsystems. This cap is made of a material that exhibits no disturbing properties even during highly sensitive ion flow measurements in the picoampere range.
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Fast adjustment to varying RI for best optical performance in 3D