Why would a camera manufacturer need our ARGOS matrix 200? Have you ever been annoyed that you take photos and there a UFO hovering in the picture, always at the same spot? Most likely, this is not a UFO, but a dust particle. If it’s on the lens, it’s relatively easy to fix. Inside the … Read more
With ARGOS matrix 200, DIOPTIC sets new standards in automated surface inspection. The device is more flexible, more powerful and more automated than any of its predecessors. Almost any sample can be placed in its 200×200 mm inspection area. Inspection is performed according to ISO 10110-7 and digitally documented in comprehensive test reports. DIOPTIC can … Read more
What do our customers actually do with ARGOS matrix 200? This is exactly what we ask before we individually adapt the modular ARGOS system to the needs of our customers. The ARGOS matrix 200 surface inspection system enables fully automated series inspection of optical elements at the highest level of accuracy. And thanks to our … Read more
Modern PCR analysis systems use fluorescent markers to detect viruses with high specificity and selectivity. The development of customized instruments that use fluorescence for detection is very challenging. The resulting fluorescence signals are often very small and easily influenced by external parameters. Our experts support and advise your customers in the development and production of … Read more
A tool established in display technology – the conoscope, from the Greek konos = cone and scopeo = to test – for examining the distribution of luminous intensity is experiencing new applications in the course of the spread of LIDAR sensors in advanced driver assistance systems and the necessary testing of these sensors. With conoscope … Read more
Together with the Max Planck Institute for Extraterrestrial Physics, DIOPTIC has developed a method to locate the position of optical elements in space with sub-micron accuracy. This technology has now been successfully used to align the optical lenses of the new Euclid space telescope. The method is based on a computer-generated hologram (CGH) with several … Read more