Micro-Epsilon News

With the reflectCONTROL sensor, Micro-Epsilon presents a 3D system for the inspection of reflective and glossy surfaces. It is designed for the highest quality requirements and detects flatness deviations in the range of a few micrometers. The sensor can be used in a stationary mode for monitoring a production line or for inline inspection on a robot.

The modern optoNCDT 1900 laser sensors are versatile and highly accurate. They combine dynamics, compactness and precision with high application versatility in automated processes and robot-based applications. The new models are available with a laser-point to cover measuring ranges from 2 to 500 mm, or with a laser-line (LL) to cover measuring ranges from 2 to 25 mm.

Mounting optical confocalDT and interferoMETER sensors is now even easier. Micro-Epsilon now offers adjustable mounting adapters, which enable fast and precise alignment of the sensors in all directions. It is also possible to readjust the sensor position afterwards. This increases measurement accuracy and significantly reduces the time required for mounting.

Combined with the LVDT and LDR sensors, the inductive MSC7x02 controller series enables high application versatility for displacement measurements and geometrical testing in machine building and automation. For these applications, the latest sensorTOOL version 1.6.0 is now available for download. Connected with the inductive multi-channel systems, the software supports control and parameter setting for the sensors. Moreover, the measured data can be displayed and stored for further processing.

The thermoIMAGER TIM41 thermal imaging camera is designed for industrial series applications. With an excellent optical resolution, this thermal imager enables precise temperature measurements from -20 °C to +900 °C. An integral motorized focus for sharp images as well as automated monitoring of hot and cold spots are one of the key features. Commissioning is quick and easy via the TIM Connect software included. You can connect the camera via USB or Ethernet interfaces which support data transfer and the connection to other software.

The eddyNCDT ES-U1-T and ES-U3-T sensors extend the product range of inductive sensors based on eddy currents. In measuring ranges of 1 and 3 mm, they deliver precise displacement and distance values. The sensors are fixed by clamping, which means that the cable is not exposed to torsional stress. Furthermore, the sensors have a defined clamping point, which minimizes thermal expansion in the measuring direction and achieves high temperature stability. Combined with powerful controllers, accurate displacement and position measurements in a wide range of applications can be achieved.

Capacitive sensors from Micro-Epsilon are robust and achieve submicron resolution in industrial applications. Therefore, they are often used for applications that require the highest precision and stability. Based on an innovative sensor design, accessories and powerful multi-channel controllers, they perform extremely well in precise thickness measurements of battery films.

The optoNCDT ILR2250 laser distance sensor from Micro-Epsilon offers flexibility and ease of use. The IO-Link allows the sensor to be integrated in all common fieldbus and automation systems while enabling dynamic adaption of sensor parameters. These laser distance sensors with IO-Link save time and money.

Micro-Epsilon offers a powerful product range of confocal chromatic sensors. Now three new models expand the application versatility in distance and thickness measurements. It’s a 90° model for flexible integration in machines and systems, a vacuum sensor for demanding ambient conditions and a high precision sensor for measurement tasks with submicrometer accuracy.

The optoNCDT 1220 laser sensors are now also available with digital RS422 interface as standard. With their integrated controller, these compact sensors offer increased performance for OEM and serial applications. They are used, among other things, in automation, 3D printing, machine building, robotics and the automotive industry.

The IMS5400 white light interferometer has been extended with the IMP-TH70 sensor. At 70 mm, the sensor enables a working distance of almost twice as much as before while at the same time offering an increased tilt angle. With a resolution < 1 nm, the sensor is used for high precision thickness measurements of very thin glasses and films. Thanks to active temperature compensation and passive cooling, very stable measurement results are achieved in industrial environments.

The new thermoMETER CTM-4 infrared pyrometer measures temperatures in the range from 0 °C to 500 °C with extremely high speed. While previous models work in the millisecond range, a signal of just 90 µs is sufficient for temperature measurements using the CTM-4. Due to its external controller, this non-contact sensor offers a very compact design and can be installed even in restricted spaces.