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4K resolution with the option of complete in-unit data processing
Measuring shape and tolerances of rotating components
Confocal stainless-steel sensor for temperatures up to 200 °C and use in vacuum
For dimensional inspection even with strong vibrations
A space-saving, robust solution with fibre-optic sensors detects seal failures, preventing greater transmission damage and enabling reliable controlled shutdowns.
For industrial temperature measurement versatile applications up to 1100°C
Precise measurement on inhomogeneous surfaces
Laser triangulation sensors measure variables such as displacement, distance and position on a non-contact, wear-free basis. The most important sensor features are high performance, a compact design and the ability to stabilize the signal with changing surfaces. Micro-Epsilon has now equipped its sensors with the advanced IO-Link interface to network multiple sensors in the factory.
Laser triangulation sensors with IO-Link interface
For use in vacuum with 90° beam path for more compact design
Robert Redmond takes the lead as Regional Sales Manager
With air purge and cooling function for harsh industrial environments
For the highest requirements on measurement precision
For measurements on ferromagnetic and non-ferromagnetic materials with high accuracy
Measuring wider ranges with high accuracy
For measurements in applications up to 800 °C
The sensor specialist recently opened the new production center for micromechatronics at its headquarters in Germany, where miniature mechatronic systems for semiconductor machine design and aerospace applications are manufactured.
For mobile, non-destructive paint and coating thickness measurements on CFRP
More flexibility with new measuring ranges of 6 and 8 mm
Provides flexible cable lengths up to 15m for automation, machine building and robotics
Micro-Epsilon is investing more than 10 million Euros in a production centre for micro-mechatronics at its headquarters in Germany. In the future, sensors developed for the semiconductor and aerospace industry will be manufactured at the production centre
Based on the ratio measuring principle
Provides automatic hot and cold spot detection
The models can now operate at a measurement frequency of up to 30 kHz
Enables high precision gap measurements
Precision sensor manufacturer Micro-Epsilon has supplied a CFO200 non-contact colour recognition sensor to The Institute of Railway Research (IRR) at The University of Huddersfield. In conjunction with an encoder, the sensor is being used to monitor the r
Enables precise measurement of distance, displacement and position
The company will demonstrate its full range of sensors at the Advanced Engineering Show
Designed for metal sheet infeed measurements
Allows a thermographic macro shooting
Enables to measure surface roughness and thickness
To Measure the Bearing Gap in Wind Turbines
For production processes and control
ConfocalDT IFS2404-2 from Micro-Epsilon enables precise thickness measurements of transparent materials
Micro-Epsilon offers modern sensor technology allied with high speed and maximum precision for "spectra-cular" measurements
The high precision sensors recognize any color whether it is for painting technology, automation systems, medical packaging, quality control, surface-labelling, and printing technology tasks
Microscope Lens from Micro-Epsilon Enables Cameras to Macro Shooting of Individual Components Based on a Spatial Resolution of up to 28µm
Measure displacement of blade cut depth
Micro-Epsilon has launched a new position sensor with non-contact potentiometer that offers 8 times longer service life
Wind turbines require 24/7 monitoring to avoid lightning, defective rotor blades or tower movements. Targeted monitoring using modern sensor technology reduces the costs of maintenance and servicing
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