Micro-Epsilon News

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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While conventional pyrometers operate at their limits in the metals industry when surrounded by dust, smoke or vapors, the new thermoMETER CTRatio glass fiber ratio pyrometer provides precise measurement values. It is used for industrial temperature measurements from +250 °C to +3000 °C. The short response time of 1 ms enables the monitoring of high speed processes. The robust glass fiber ratio pyrometer can be used in ambient temperatures up to 200 °C without requiring any cooling. A high temperature version for ambient temperatures up to 315 °C is also available.

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The mainSENSOR measuring principle developed by Micro-Epsilon combines the advantages of both inductive sensors and magnetic sensors. These sensors offer a reliable and durable sensor solution for displacement, distance and rotational speed measurements. The sensors are frequently used as alternatives to inductive sensors and proximity sensors in process automation, packaging and in machine monitoring. Due to their favorable price/performance ratio, the sensors are particularly well suited to serial applications.

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With the new IF2030/ENETIP interface module, sensors can be easily connected to EtherNet/IP control systems. The module is compatible with many Micro-Epsilon sensors that output data via an RS422 or RS485 interface, and supports data rates up to 4 Mbaud. Installation in switching cabinets is via a DIN rail.

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scanCONTROL 30xx high performance laser profile scanners combine state-of-the-art technology, the highest performance and a diverse range of applications. In automation, production and process monitoring as well as quality control, scanners solve measurement tasks on demanding surfaces with high dynamics. Take advantage of multiple interfaces such as Ethernet, Ethernet/IP, EtherCAT and PROFINET for integration purposes.

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Confocal sensors precisely determine distances on different surfaces and measure the thickness of transparent materials with the highest precision. Micro-Epsilon has extended its product range with two new sensors that open up multiple new application areas. Due to its high tilt angle, the confocalDT IFS2407-3 is particularly designed for curved surfaces. The IFS2404/90-2 is designed for restricted installation spaces, primarily for serial applications. The 90° lens enables space-saving installation into plant and machines.

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Precision, versatility and a compact design are crucial factors for industrial serial applications. To meet these requirements, Micro-Epsilon has developed the new scanCONTROL 2500 laser scanners. Ideally suited to automation tasks such as the inspection of adhesive beads or edge monitoring, these laser scanners offer high performance at a favorable price.

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With sub-micron resolution and a frequency response up to 20 kHz, the new inductive eddyNCDT 3070 displacement measuring system provides precise measurement results for displacement, distance, position, shaft movement and gaps. The powerful, universal, industrial-grade system is based on the eddy current principle while being compatible with around 100 different sensor models. It’s applied wherever extremely high precision is required under difficult ambient conditions such as those found in plant and machine building, automotive industry, automation technology and test benches.

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Extremely compact, high resolution and high speed - with these characteristics, the new thermoIMAGER TIM QVGA infrared camera is ideally suited to reliable monitoring of industrial processes. The camera is 40% smaller than its predecessor which therefore enables even easier integration in industrial processes such as monitoring tasks in 3D printing. With a resolution of 382 x 288 pixels and a frame rate up to 80 Hz, it dynamically monitors temperature ranges from -20 °C to +900 °C reliably. For temperatures up to 1500 °C, a special model is available.

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Whether it is shiny metallic, structured or very fine white graduations - they have all one thing in common: measuring the color of these surfaces is challenging. Micro-Epsilon has developed the new CFS2 circular sensors that are adapted to the high requirements of demanding surfaces. They operate using the CFO controller. These circular sensors illuminate the measurement object in a uniform manner and therefore offer measurement results that are even more stable with higher color accuracy. Fields of application are color recognition of wine labels, coloring of textiles or inspection of components with metallic paints.

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info@micro-epsilon.com
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