Micro-Epsilonin lehdistötiedotteet

Inductive eddyNCDT displacement sensors (eddy current) are used to monitor gaps in aluminum die-casting processes. These precision sensors from Micro-Epsilon increase the service life of the tools involved and product quality, while rejects and expenses are reduced. Their robust sensor design also enables gap measurements in harsh ambient conditions.

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The induSENSOR MSC7401 controller is used for displacement and distance measurements in automation technologies and machine building. The controller is compatible with the inductive LVDT and LDR measuring gauges and displacement sensors from Micro-Epsilon. Housed in robust aluminum, it is ideally suited to industrial applications. As well as ease-of-use, this miniature sensor controller also offers a favorable price/performance ratio.

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The confocal confocalDT IFS2407-0,1 sensor opens up new fields of application in precision, confocal displacement and thickness measurements. Resolutions up to 3 nm enable this compact sensor to perform measurements at the highest accuracies. The sensor copes with large tilt angles while offering a small light spot size of 3 µm, which enables high precision roughness measurements. Minimum material thickness for thickness measurements of transparent materials is just 5 µm.

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The world’s smallest draw-wire sensor enhances the Micro-Epsilon product range. With a weight of only 8 g and a size of just 19 x 19 mm, the wireSENSOR MT19 is used for displacement and distance measurements with a measuring range of 40 mm. This highly dynamic sensor is extremely compact and enables wire accelerations up to 60 g. The new MT series from Micro-Epsilon also includes the MT33 and MT56 draw-wire sensors, which stand out due to an ultra-compact design relative to their measuring ranges.

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The capaNCDT 61x0/IP capacitive displacement measuring system is suitable for inline quality assurance of production processes, and for control of plant and machinery. Protected to IP68, this measuring system is therefore suitable for many industrial measurement tasks. Fluctuating temperatures and magnetic fields are no match for this capacitive system.

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With the eddyNCDT 3060, Micro-Epsilon has developed a powerful displacement measuring system based on the eddy current principle, which combines precision, speed and temperature stability in a unique way. These characteristics are complemented with maximum ease of use and an excellent price/performance ratio.

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Fully or semi-automatic assembly of cockpit modules during automotive production processes requires the gripper tool to precisely position the assembly parts. Offering integrated profile calculation and due to their compact design, laser scanners from Micro-Epsilon are used for this task. They can be easily installed on a robot or manipulator.

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In wind turbines, the bearing gap is very important because the better the sliding properties, the higher the plant effectiveness and service life. The bearing gap between the bearing surface and the drive shaft is reliably monitored using inductive sensors from Micro-Epsilon based on eddy currents.

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Monitoring the clamping position in machine tools is an extremely important and critical measurement task. In order to avoid incorrect machining and the high resulting costs, the position of the tool must be detected. Here, the induSENSOR LVP displacement sensor is used. This compact and wear-free sensor supplies a continuous analog signal according to the stroke motion of the drawbar when clamping the tool.

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The latest Configuration Tools 6.0 software combines uniformity with increased functionality and improved ease of use. The software is now available for scanCONTROL sensors and gapCONTROL sensors and therefore arrives as a joint software solution for both sensor types, which now also supports measurements and evaluations of different gap types.

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The new, confocal chromatic confocalDT IFS2404-2 sensor is used for high precision distance and thickness measurements of transparent materials. With a diameter of just 12 mm, the sensor can also be integrated into restricted installation space. The innovative lens enables high measurement accuracy and a small light spot diameter.

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The new optoNCDT 1750LL laser sensor is used in high precision distance measurements of metallic and structured surfaces. Their oval-shaped light spot makes it possible to compensate for physical interferences and to output stable measurement values. Therefore, the optoNCDT 1750LL can be used where conventional laser point sensors are operating at their limits.

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MICRO-EPSILON SENSOTEST AB
Vantaankoskentie 14
01670 Vantaa, Finland
jouko.kuosmanen@micro-epsilon.fi
+358 40 8484 109