Measure with the highest precision
Explore Micro-Epsilon’s product range, which covers sensors for the measurement of distance and displacement, sensors for IR temperature measurement and color detection, as well as systems for dimensional measurement and defect detection.
Automate even the most precise tasks
Micro-Epsilon offers the largest range of high precision displacement sensors, infrared temperature sensors, color sensors as well as dimensional measurement devices and systems for industrial applications.
Whether your field is research and development, manufacturing automation or machine building, they offer solutions that meet the specific requirements of your individual measurement task. More than 30,000 users worldwide rely on Micro-Epsilon – so let them convince you too!
Meet Micro Epsilon’s key advantages
Read Micro Epsilon’s latest news
True Color Sensors – Micro-Epsilon CFO colorimeters
Take advantage of the CFO colorimeter's high color accuracy, state-of-the-art interfaces and intuitive operation in different applications.
Contactless body temperature measurement with a thermal imaging camera
Use thermal imaging camera thermoIMAGER from Micro-Epsilon for reliable contactless measurement of body temperature.
Contactless measurements and inspection of bore holes and cavities
Benefit from Micro-Epsilon boreCONTROL, designed for accurate diameter and profile measurements, surface assessment and defect detection.
Laser inspection of beer bottles
Take advantage of reliable and real-time inspection of returned bottles and automate the recycling process with the application of the company from the Tipteh group.
Laser scanners LLT25xx and LLT30xx series by Micro-Epsilon
Measure and analyze profiles on various surfaces, detect defects and ensure accurate production with top non-contact profile sensors.
Powerful laser triangulation sensors for industrial application
Laser triangulation sensors Micro-Epsilon Micro-Epsilon's optoNCDT 1750 laser triangulation sensors enable you precise and high-speed displacement, distance and ...
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