Press releases of Micro-Epsilon

The optoelectronic optoCONTROL CLS1000 fiber optic sensors are used for reliable position control as well as for position and presence detection. Their high luminous intensity and resolution enable peak values of up to 2000 mm in terms of detection and operating ranges. Five different controller versions with numerous output and trigger functions are available, allowing the measuring system to be perfectly adapted to the respective measurement task.

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This innovative optoNCDT 1900 laser sensor is used for dynamic displacement, distance and position measurements and impresses with its high speed, compact design and accuracy. The latest sensor generation is now even smarter - thanks to the integrated EtherCAT interface.

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In the production of battery cells, films are coated continuously or intermittently. The film thickness and the coating thickness represent a process-critical measurement parameter. Precise thicknessGAUGE measuring systems from Micro-Epsilon monitor these values with high accuracy during ongoing production.

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If large distances have to be measured, whether indoors or outdoors, optoNCDT ILR2250-100-H laser distance sensors from Micro-Epsilon are used. The sensors are available with heating and cooling element and provide precise, stable results in measuring ranges of up to 150 m.

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The compact optoNCDT 1420LL laser sensors perform precise distance measurements on metallic and structured surfaces. The sensor projects a small laser line onto the measuring object, which compensates for any interference. This ensures stable and reliable measurement values. The sensors are used whenever standard laser point sensors reach their limit.

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The thicknessGAUGE systems provide highly accurate thickness values for strip and sheet materials. In addition to the C-frame models, they can now also be integrated into the production line as O-frame versions. They can be perfectly adapted to the measurement task and the object surfaces to be measured by using different sensor technologies such as laser scanners, laser triangulation sensors, confocal sensors and electromagnetic combination sensors.

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Foam cutting machines must ensure a constant cutting quality, which requires among other things a perfect condition of the cutting blades. Laser profile scanners from Micro-Epsilon are used to test the knife sharpness.

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The eddyNCDT ES-U1-T and ES-U3-T displacement sensors are new to the Micro-Epsilon portfolio. Both sensor types can be fastened via clamping. This offers several advantages: the sensors are not subject to torsional stress, the clamping point minimizes the thermal expansion in the measuring direction and high temperature stability is achieved.

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The thermoIMAGER TIM41 thermal imaging camera is designed for demanding industrial serial applications. Accurate temperature measurements are possible in a range from -20 °C to +900 °C. Focusing is performed via an integrated motorized focus. Automatic monitoring of hot and cold spots is also possible.

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Automated crane systems must be controlled reliably and extremely precisely. This is the only way to achieve a fast, safe and efficient material flow. Modern control units frequently use measurement values obtained from Micro-Epsilon laser distance sensors which are designed for large distances and fast distance changes.

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Confocal chromatic sensors are used for distance and thickness measurements where the highest accuracy and signal stability are required. They offer state-of-the-art technology allied with high speed and ...

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Computer chips are manufactured in large quantities on a wafer. On the chips there are countless small, spherical contact surfaces, so-called bumps. These must be of a uniform height in order to function properly when stacked later. Confocal sensors from Micro-Epsilon determine the height of the wafer bumps with micrometer precision in the production line.

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MICRO-EPSILON SENSOTEST AB
jakob.geisler@micro-epsilon.se
+46 8 564 733 80