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Micro-Epsilon offers a wide range of sensors for measuring distance, position, movement, vibration, gaps, profiles and surfaces against materials of all types. They include non-contact Laser Triangulation, 2D/3D Laser Profile, Eddy Current, Capacitive and Optical Micrometers. We also provide contact sensors for machine monitoring including Draw Wire, LVDT and Magnetic sensors.
Micro-Epsilon provides turnkey measurement systems for thickness, width and surface inspection. Our measurement systems are ideally suited for continuous web or strip processes including rubber, plastics, metals and glass. Our surface inspection systems identify minute defects and inclusions on both glossy and matt painted or bare surfaces.
Colour sensors from Micro-Epsilon measure the colour of an object surface in true colour: L*a*b, RGB, XYZ and DIN 99 values. Our sensors are highly accurate with fast measurement rates and allow for inline colour measurement as well as offline colour measurement. We provide sensors with full visual spectrum analysis or simpler teach and compare units. Our wide range of fibre optic heads allows us to measure colour in difficult places and areas of high temperature.
Micro-Epsilon's non-contact Infrared Temperature Sensors and Thermal Imaging Cameras can be used in a wide variety of applications. From low temperatures prevalent in cooling chains or laboratories to the highest temperatures in hot molten metals and blast furnaces. Or sensors can measure from -50°C up to 3000°C.
Micro-Epsilon offers sensors and systems for the inspection of surfaces both matt and shiny. Our latest technology offers compact solutions for 3D surface measurement and analysis.
Micro-Epsilon offers sensors and systems for the inspection of surfaces both matt and shiny. Our latest technology offers compact solutions for 3D surface measurement and analysis.
Wavefront sensors are used in production and R&D in optics manufacturing, laser industries, astronomy and space applications, as well as by contact- and intra ocular lens manufacturers, including mobile phone optics, microscope and photographic lenses. Typical applications include the alignment of optical systems, where wavefront guiding facilitates and speeds up the alignment process significantly.