Engineering technologies from DűhrerSN and Schmieroll in Ermenrich tools

PRAGUE - March 11, 2025 - PRLog -- The Ermenrich brand of measuring tools and the German engineering laboratory IngeLAB have entered into an exclusive partnership to implement technologies improving the quality and usability of laser equipment and mobile mechanical systems.

DűhrerSN – technology for enhancing laser emitters quality

This technology provides stable laser power and good beam visibility for measurements in various lighting conditions. The high quality of the optical signal is ensured by the precision manufacturing of the optical components with minimal losses as well as by a scientific and practical approach to the creation of each laser-emitting device.

DűhrerSN-based laser beam focusing relies on the observation of the focusing effect at certain angles of the fiber bending. Modeling and design using this technology has made it possible to create a new generation of laser devices.

Schmieroll – lubrication technology

Based on their own developments, IngeLAB (https://ingelab.de/) laboratory specialists have created a group of lubricating materials composed of solid microparticles. The composition and special application technology create a stable dry film on the surface by filling micro-irregularities and smoothing the surface.

Schmieroll technology extends the service life of devices by reducing the friction coefficient and increasing the effective contact area of moving parts.

Ermenrich measuring tools are suitable for many different situations – repair work in an apartment or in a country house, checking equipment or controlling gas leaks, or even orienting on the terrain when camping and tracking game when hunting. The brand offers a variety of tools for hobbies and work – laser rangefinders, tape measures, moisture and gas detectors as well as laser levels and much more. The wide product range makes it easy to find the right tool for any task.

Brand official website - https://eu.ermenrich.com/

https://www.slideshare.net/slideshow/embed_code/276545368



Patent Numbers:
US 17/358211
EP 26202327.6