03.03.2026
eddylab GmbH were pleased to participate as an exhibitor at the Experts’ Day on February 26 at the headquarters of IABG in Ottobrunn – together with EKS Elektrotechnik GmbH. [more]
25.11.2025
eddylab GmbH has been accepted into the Bavarian Environmental and Climate Pact and has received an official certificate. Participation is valid for three years and extends until 31 July 2028. [more]
13.11.2025
We look back on an exciting and successful week at the World Nuclear Exhibition (WNE) 2025 in Paris! From November 4–6, 2025, eddylab GmbH participated as an exhibitor for the first time at the world’s leading trade fair for civil nuclear energy. [more]
25.09.2025
At the World Nuclear Exhibition 2025 in Paris, eddylab will present its new SXL sensor series for the first time. Designed for the nuclear sector, the sensors deliver maximum precision and reliability even under extreme conditions. [more]
26.06.2025
Save the date and join us from at the "Word nuclear Exhibition" (WNE ), the world’s leading civil nuclear trade fair in Paris Nord, Villeprinte, November 4 to 6, 2025. [more]
08.05.2025
With the new inline signal conditioner DEEneo-ISC-IP68, eddylab GmbH expands its digital conditioner series DEEneo with an especially robust variant designed for use in demanding environmental conditions. [more]
11.04.2025
With the new eddySETUP configuration software, eddylab offers a central solution for the simple, fast and intuitive setup of LVDT signal conditioners. [more]
12.03.2025
With DEEneo and DEEneo-ISC, eddylab GmbH presents new high-performance measuring signal conditioners with digital signal processing that guarantee maximum accuracy and interference immunity. [more]
15.02.2024
With the new CT series, eddylab GmbH is expanding its product portfolio in the field of eddy current sensors for particularly harsh environmental conditions. The CT sensors have a special pressure-tight seal for the ceramic sensor element and the cable outlet. [more]
22.08.2023
The new laser sensors of the AXIS series are characterized by a particularly small design and ensure precise measurement results even on difficult surfaces and in the tightest environments. [more]
