New Products

The new IMS5200-TH white light interferometer opens up new possibilities for fast and reliable thickness measurements. The controller features intelligent evaluation and enables precise thickness measurement of transparent layers as thin as 1 µm. Their high measuring rate up to 24 kHz makes the IMS5200 models ideal for industrial use. Nanometer accuracy for layers as thin as 1 µm.

The optoNCDT ILR104x laser distance sensors are designed for distance measurements of 10 meters without reflector film and 60 meters with reflector film. The sensors are characterized by a high degree of protection and resistance to ambient light. The ILR104x sensors can be put into operation quickly and easily via the IO-Link interface. Due to its rotatable cable outlet and its compactness, the sensor can also be mounted in difficult-to-access and narrow places.

The modern and powerful infrared pyrometers from Micro-Epsilon measure surface temperatures from -50 °C to +900 °C without contact and with high precision. Special models for metals even cover temperatures up to +1,600 °C. These compact and robust sensors are used in almost all industries, e.g. in factory automation, R&D, maintenance, process monitoring and machine building.

High speed, inline suitability & process capability are the main advantages of the thermoMETER series in addition to the fact, that these pyrometers can also be used in critical and difficult-to-access places. Moreover, Micro-Epsilon's infrared pyrometers offer first-class temperature stability and signal quality, enabling precise and reliable measurements.

Get the most out of your application with high-performance temperature sensors from Micro-Epsilon.

Infrared pyrometers from the thermoMETER FI series are robust sensors for non-contact temperature measurement from -40 to +600 °C. The combination of sensor & controller in one housing is extremely space-saving and simplifies integration. Its ease of use, extended configuration options via the sensorTOOL software and excellent price-performance ratio make the thermoMETER FI the ideal temperature sensor for OEM and series applications.

The thermoMETER SE is a precise infrared pyrometer for temperatures from -40 to +600 °C. It consists of a compact sensor with a miniature controller integrated into the connection cable. The sensor itself is extremely small and can be used in hot environments up to 120 °C. In addition to its miniature design, robust construction and high performance, the thermoMETER SE is characterized by a wide range of interfaces and setting options. It is extremely versatile and is used in machine building and machine design, in production and for quality assurance. Due to its excellent price-performance ratio, it is particularly suitable for series applications and OEMs.

The thermoMETER UC is an extremely powerful system for non-contact temperature measurement from -50 to +900 °C. It offers extensive functions and a modern design with standard M12 connections. The sensor is extremely small and can be used in environments with high temperatures up to 180 °C. Due to its high performance and robustness, it is primarily used in machine building and machine design, in production processes and for quality assurance. Various interfaces such as analog and digital outputs or switching and alarm signals offer numerous possibilities for integration into processes, machines and systems.

The IFC2416 controllers impress with a high measuring rate of 25 kHz and exceptional light intensity. This enables precise and stable measurements at high speed - even on challenging materials and surfaces. Their compact design makes them the ideal solution for high-resolution distance and thickness measurements in almost all industrial sectors - from production lines to semiconductor machine construction. Thanks to the multi-peak option, even up to 5 layers of transparent objects can be measured. But the focus is on versatility: The IFC2416 controller is compatible with a numerous sensors so that the measuring range, offset distance and special properties such as vacuum suitability, measuring angle or beam path can be flexibly adapted.

Maximum precision. Maximum flexibility. Powerful in any environment.

The compact IFC2411 confocal chromatic controllers set new standards in non-contact distance measurement. They provide precise measurement results at high speed, take up hardly any space and therefore fit into even the smallest control cabinets. The flexible connection of various sensors enables measurements on almost all surfaces as well as one-sided thickness measurements on transparent objects. The system is particularly impressive in industrial series and OEM applications due to its excellent performance and outstanding price-performance ratio. Rely on maximum measurement accuracy in a space-saving format - for optimum efficiency in your production!

The combiSENSOR series sets new standards in non-contact thickness measurement. These precise sensors combine the advantages of eddy current and capacitive sensor technology in a single housing. This innovative technology enables the micrometer-precise measurement of material thicknesses, e.g. of battery coatings and plastic films. Target thicknesses as low as 5 µm can be detected. In addition, their robust design ensures that the sensors work reliably even in harsh industrial environments with high temperatures.

The combiSENSOR series is the optimal solution for inline thickness measurements of electrode coatings, coated metals and films requiring highest precision and reliability.

The optoNCDT 5500 laser sensors set new standards in high-precision laser distance measurement. With submicron precision and an impressive measuring rate up to 75 kHz, the sensors are perfect for dynamic measurements of displacement, distance, vibration and position. Due to its integrated controller, the compact sensor does not require any external control units and can be easily integrated even in confined installation spaces. Maximum performance in the smallest of spaces - the optoNCDT 5500 series.

The optoNCDT ILR3800-100 laser distance sensor stands out in particular due to its high performance in a compact design. It is designed for precise distance measurements in industrial environments. Distance measurements up to 100 m are possible. With reflector even up to 150 m. The integrated AUTO measurement mode enables reliable measurement even on dark, partly reflecting and remote measuring objects. Thanks to the very high signal stability, ILR3800-100 sensors can be used for distance measurements on numerous surfaces

The 3D Profile Unit enables the calculation of several individual profiles of scanCONTROL 30xx sensors in a common coordinate system. This is how a composite 2D profile or a composite 3D point cloud can be generated. So the detection of various geometries, the extension of measuring ranges and the performance of thickness measurements is possible. The exact assignment of the position of the sensor to the position of the measurement object can be carried out via the integrated encoder inputs.

The evaluation of the data and the parameterization of the system can be implemented in the 3DInspect software. The 3D Profile Unit controller has an integrated evaluation feature in conjunction with the Industrial Ethernet connection, enabling the application to be controlled and measured values to be output to a PLC. Alternatively, the 3D Profile Unit controller can also be integrated into common image processing programs via GigE Vision and acts as a raw data provider.

The capacitive TFG6220 system measures the thickness of electrically conductive films, e.g. battery films, with maximum precision. A vacuum device sucks in the object to be measured, smooths it and thus ensures that is optimally positioned without wrinkles. In this way, the measurement can be performed with the greatest possible precision. The system is used for offline random samples in quality inspection. Last but not least, the TFG6220 is pre-assembled ready for operation and enables a quick start.

The Dual Processing Unit (DPU) is an interface module that enables the synchronous recording and calculation of two sensor values and can also be used for digital/analog conversion. The inputs on the module can be switched via software (encoder or RS422 input). Selectable programs allow the automatic calculation of thickness, diameter, step or inclination, concentricity and ovality. The data output can be digital or analog with up to 100 kHz. Signal inputs and switching outputs are also available.

In the user-friendly web interface, the desired calculations can be selected and many other settings made. The DPU is downwards compatible with the C-Box/2A.

Characteristics

• 2x RS422 inputs with 100 kHz each (sensor or encoder)
• 2x switching inputs for trigger or master (HTL/TTL)
• 2x scalable analog outputs (current: 4-20 mA; voltage: 0-5 V, 0-10 V, ±5 V, ±10 V)
• 2x digital switchings output (HTL)
• 1x Ethernet (TCP/UDP)
• USB interface for data output and parameterization
• Automatic sensor recognition
• Parallel data output on 3 output interfaces
• Statistics functions
• 2-point linearization
• 2-stage measurement averaging

Compatible sensors

• optoNCDT: ILD1420, ILD1900, ILD2300
• optoCONTROL: ODC2520
• confocalDT: IFD241x, IFC2411, IFC242x, IFC2465, IFC2466