Micro-Epsilon News

The optoCONTROL 2520-95 is a precision micrometer from Micro-Epsilon for static and dynamic measurement tasks with a measuring range of 95 mm. High linearity combined with high measurement speed make the system ideal for applications that require large measuring ranges. The system is used in almost any industry from chemistry to automotive and machine building. In cutting machines, e.g., several strips can be measured simultaneously by means of multi-segment measurement.

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The capaNCDT CST6110 measuring system reliably performs non-contact rotational speed measurement of conductive and non-conductive objects. Moreover, the measuring system detects rotations from the first to the 400,000th rotation per minute and is used in drives, rotor blades and positions marks on shafts. The compact industrial sensor is connected to a robust controller and can be easily integrated into restricted installation spaces.

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The capacitive capaNCDT 61x4 measuring system enables displacement measurements with the highest signal stability and maximum flexibility. With the active sensor including an integrated preamplifier, this innovative technology can reliably transmit stable signals over a cable length of 15 meters. Therefore, the system offers flexible cable installation while also being ideal for drag-chain use. The active sensor is used in machine building, robot production and semiconductor manufacturing.

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The optoCONTROL 2520-46(090) optical micrometers combine a compact design with a lens angled by 90° in a unique way. This enables full flexibility with regards to the installation position. The precision micrometers detect diameter, gaps and segmentation of objects. A user-friendly web interface is used to perform set up and configuration, which enables readings and limit values to be displayed as well as the selection and application of filters. A video signal is available to configure the measurement task.

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These new inductive controllers for displacement sensors and gauges are universal and robust. Combined with the LVDT and LDR sensors, the MSC7x02 controller series enables high application versatility for displacement measurement and geometrical testing in machine building and automation. Their optimal price/performance ratio also makes the controllers suitable for low, medium and high quantities.

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Capacitive displacement sensors mainly determine changes in displacement and position of conductive objects. Here, Micro-Epsilon applies its long-standing know-how in the development of innovative capaNCDT sensors. This is how these sensors, which were originally assigned for use in clean environments, have become a reliable alternative for industrial measurement tasks.

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scanCONTROL 30xx/BL laser scanners are designed for dynamic measurement tasks with high demands on resolution and accuracy. Available with measuring ranges of 25 and 50 mm (along the laser line/X axis), they are primarily used in automation tasks, production and process monitoring as well as quality control. The selectable High Dynamic Range mode (or HDR mode) additionally offers an innovative exposure control feature which enables precise results even on demanding surfaces.

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The optoNCDT 1220 from Micro-Epsilon is a laser sensor with an attractive price/performance ratio, high measurement accuracy and ease of use. Suitable for OEM and serial applications in automation technology, this miniature sensor with integrated controller measures displacement, distance and position on a wide range of surfaces.

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When cutting fabrics, optoCONTROL CLS-K fiber optic sensors from Micro-Epsilon determine the exact position of the fabric strip. Therefore, a sensor is mounted directly on one of the cutting blades and recognizes when the fabric is in the cutting position. The fiber optic sensors used optimize the cutting accuracy and the quality of the final products, while reducing waste and machine errors.

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In numerous industrial processes, high precision temperature control is required to achieve high and consistent quality results. Modern infrared temperature measuring devices detect hot objects, parts that are difficult to access and that move quickly. From a safe distance, these thermoIMAGER TIM infrared cameras detect temperature profiles of, e.g., glass, metals and very fine details on PCBs.

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The confocalDT IFS2405-6 from Micro-Epsilon is a new confocal chromatic sensor which can be mounted in a safe distance from the object to be measured. The sensor is primarily used for thickness measurements in glass production processes where it provides precise measurement results at a large offset distance. Every confocal chromatic sensor in the IFS series covers measuring ranges from 0.1 to 30 mm.

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In cold forming processes, deep drawing is considered a decisive step in the production process. optoNCDT 1420 laser triangulation sensors measure the metal sheet infeed during pressing, as this parameter is crucial for the quality assessment of the process. Due to their robust design, these sensors are insensitive to shock and vibration. Based on innovative sensor technology, the measured results are constantly precise even under challenging conditions such as parts with different reflection characteristics.

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Micro-Epsilon Messtechnik
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94496 Ortenburg
info@micro-epsilon.de
+49 8542 / 168 - 0
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