The revised quality standard ISO-16232 “Road vehicles-Cleanliness of components of fluid circuits” was published in December 2018. This international standard for the cleanliness analysis of automotive parts corresponds to the regulations of VDA 19.1, in the development of which RJL Micro & Analytic GmbH played a key role.
Our customer Dr. Arnold Staniczek and his team from the State Museum of Natural History in Stuttgart recently achieved a scientific sensation.
The position has already been filled. You are welcome to send us an unsolicited application.
A few weeks ago, the Badische Neusten Nachrichten offered us the opportunity to publish a company portrait in their series "Heimliche Stars" (rough translation: "Secret Stars") for the Bruchsal edition. In this series, the BNN presents various companies in the Bruchsal economic region and offers citizens a glimpse behind the scenes of the companies.
Shortly before Christmas we received mail from our godchild Nakimera Maria from Uganda, who we have been supporting and accompanying for several years. We are pleased to see that she is doing well and that she is still attending school successfully - not a matter of course in Uganda, where most people are too poor for it
A central requirement in the production of pharmaceutical products is the avoidance of visible foreign particles. Our testing laboratory has developed innovative yet simple methods to reliably quantify foreign particles in pharmaceutical powders.
Lena Heneka, our former holiday help, will start her voluntary service in South Africa in August. We are happy to support Lena's mission and wish her a lot of fun and many interesting experiences in South Africa!
The identification of metallic particles is an important requirement in cleanliness analysis. In recent years, the light-optical detection of metallic particles has commonly been performed by the means of gloss. On the basis of our laboratory experience, we have found that the light microscopic analysis often leads to incorrect typifications, which can be easily avoided by a material analysis using SEM-EDX.
The new nano-CT from the SkyScan family impresses with its excellent optical resolution of less than 0.5 µm and a wide range of applications.
