Controlling signals  Manufacturers, Traders, Suppliers

Wherever in the world paths and angles have to be measured precisely, sensors from Novotechnik are the first choice. The knowledge and experience gained from 75 years in the field of measurement technology is just one of the secrets that have underpinned our success since 1947: It is our enthusiasm for technology, as well as our maximum demand for precision and reliability. It is our desire to think in terms of solutions, as well as our interest in new materials and manufacturing techniques.
There are endless application possibilities for sensors from Novotechnik. For example, our solutions ensure maximum efficiency of large solar power plants, they enable the novel steering of the SEGWAY personal transporter and take over control tasks in the ICE. Formula 1 teams rely on sensors from Novotechnik in their chassis, transmissions and engines, as do numerous manufacturers of mobile machinery, for example for the agricultural or construction machinery industry.
Traditionally, our sensor solutions have proven themselves in the regulation, control, automation and monitoring of processes in mechanical engineering, especially in the field of plastic injection molding technology, in the engine management of motor vehicles and in medical technology.
In order to meet our customers' requirements in the best possible way, we offer our displacement and angle sensors in a wide range of sizes, designs and technologies. Our products are available in a wide variety of designs and measuring lengths - potentiometric, contactless or non-contact. With different connection options and signal outputs, as singleturn or multiturn, single-channel or redundant, with different interfaces, smooth-running, with the smallest dimensions for the smallest actuating forces, as well as in the form of robust devices in cast housings, as complete devices or as components.
By the way, more than 50,000 of our sensor components are installed in passenger cars every day in the automotive industry alone.