IPS Elektroniklabor GmbH & Co. KG recognises the importance of quality, reliability, and continuous improvement.
In July of this year, we successfully completed a comprehensive audit. This demonstrated that we meet the international quality standards of ISO 9001 in all relevant areas. On this basis, we have now been officially certified by TÜV SÜD in accordance with ISO 9001.
The certificate confirms our transparent processes, clear structures and our commitment to excellent quality management. For our customers, this means: tested quality and sustainable reliability in every collaboration.

We installed and commissioned a second high-pressure booster system at the Bundesanstalt für Matrerialforschung (BAM) in Berlin. While the final expansion of the system is still pending, it is already clear that the desired pressure of 1000 bar for gas (preferably hydrogen) is being achieved. The vacuum generating system for the vacuum chamber is also operating effectively. The system is used to examine so-called hollow tensile samples, which are pressurized with hydrogen, among other things.

The special feature of this design is that the hollow tensile samples can also be filled with liquids and then pressurized with gas to the desired pressure. While the first system we built was designed for a tractor unit with a single-sided load frame (only one feed-through into the vacuum chamber), this one is for a tractor unit with a transverse head (the much more frequently used variant), i.e. the vacuum chamber has a feed-through for the traction device at the top and bottom.

We introduce a new version of our proven Faraday cage. In addition to the two familiar viewing windows, the new model has specially designed cut-outs that offer remarkable flexibility.

The special feature of these cut-outs is the option of inserting customer-specific flange plates. These tailor-made plates open up a wide range of connection options that can be individually tailored to the requirements of the user. For example, electrical connections can be integrated or feed-throughs for heating and cooling systems can be installed to regulate the temperature.

This modular concept ensures that the Faraday cage is a highly adaptable instrument for a wide range of research applications. Users can now customize the configuration of their cage precisely to their specific experimental requirements without impacting the essential shielding function.

We presented the PGU-OEM-H2 at our stand in Braunschweig. This potentiostat/galvanostat is a device that contains two modules in one housing: one module for generating higher currents and a second one for measuring that works with a higher resolution.

We were also showing the multiparameter measuring device, which we developed as part of the ZIM research project MONACO-PLATE. It is composed of several modules: Determination of potential, pH, temperature, electrochemical noise, and potentiostatic current density/potential curves as well as a display module. In this device, a complete internal galvanic isolation of all modules was realized.

Informations about the PGU-OEM-H2 [English] and the Multi-parameter measuring device [German]

A few years ago we developed a test plant for a German research institute to perform mechanical component tests in a pure hydrogen atmosphere.
Because of the high utilization of this plant and the steadily increasing demand for such tests, we now received the request for the construction of another, similarly constructed system.

With the new double-walled vessels it is now possible to measure hydrogen permeation as a function of temperature.