The new “optoNCDT Application Guide" brochure provides an overview of potential applications for laser sensors. Divided into various sectors, the brochure illustrates many previously installed applications and explains in detail how the sensors operate and their technical advantages.
The well-known system for measuring the thickness and width of metal strip has been completely redesigned and improved. Measurements are now possible in a very large measuring gap of 190mm with linearity of 10µm. This and many other innovations make the system the most advanced metal strip inspection system from Micro-Epsilon.
The new thermoMETER CTratio quotient pyrometer provides completely new benefits: Measurements that are unaffected by the emissivity, which are also reliable in harsh conditions such as strong smoke or steam in front of the sensor, and are immune to electromagnetic fields, with measuring ranges between 700°C and 1800°C. This sensor is one of the high-end models of the thermoMETER range.
TENTO PROJEKT JE SPOLUFINANCOVÁN EVROPSKÝM FONDEM PRO REGIONÁLNÍ ROZVOJ A MINISTERSTVEM PRŮMYSLU A OBCHODU INVESTICE DO VAŠÍ BUDOUCNOSTI
scanCONTROL laser scanners are used to inspect the shape of rotationally symmetrical parts. The laser line measures the contour of the inserted object with micrometre precision. The dimensional accuracy of the pistons is critical in rotary piston pumps, which is why these parts need to be inspected for geometrical conformance using a special measuring device.
Inductive sensors are often a preferred choice due to their attractive price and the variety of standard sensor models. However, for many applications, an inductive sensor would also be suitable if certain modifications could be made. This is now possible by using custom sensors from Micro-Epsilon, which can be adapted to suit specific applications.
The confocal miniature sensors are still unique in terms of displacement measurement. The sensor as a 4mm thick titanium bar can be used in many applications where triangulation sensors or conventional confocal sensors would be too large. A new Product Manager is now supporting this product group of the confocal sensors with immediate effect.
The shaded areas on rolled surfaces known as chatter marks will adversely affect the quality of the optical sensor. Previously, chatter marks could only be measured with great difficulty as they only show amplitude of a few tenths of a micrometer. The new deflectometric RC Sensor system measures chatter marks and enables error-free measurement of surfaces.