RMS Foundation
Bischmattstrasse 12
2544 Bettlach
Switzerland
Phone +41 32 644 2000
«Over the past few years, we have utilized RMS's services multiple times. We value our collaboration with the RMS Foundation because it allows us to easily access h high-standard analytical methods of scientific quality.»
Carlo Weingart
MC Micro Crystal Switzerland
«The expertise and resources of the RMS Foundation enabled us to deepen our knowledge of our ceramics. This has helped, and continues to help, in the development and optimization of our manufacturing processes. The open and creative exchange and mindset were key contributors to the success of our collaboration.»
Thomas Gyger
Materials Engineer, Bangerter Microtechnik AG
«I appreciate very much our collaboration and the nice, fast and trustworthy service that you offer.»
Anonymous from Watch Industry
«We appreciate working with the RMS Foundation because we depend on quick and top-quality analyses, and the RMS Foundation consistently provides them.»
Tobias Moser
CEO / Head of Sales, Galvano Wullimann Metallveredelung
«Collaboration with the RMS Foundation is very enjoyable, particularly the highly professional SEM analyses performed by the well-qualified and helpful experts. Even with the most urgent and short-notice requests, we are always served with great courtesy. Deadlines are crucial, and we have never been let down by RMS in this respect.»
Dr. Johann Rechberger
Head of Materials and Surface Technology, Fraisa
Contaminations on tiny components
Both watch mechanics and jewelry in general must be impeccably clean. However, it can happen that tiny impurities are found during production or after servicing, and the source or cause must be identified. FTIR microscopy enables the detection of minute oil residues and, ideally, the identification of the specific oil based on its distinctive IR spectrum.
Development of new premium materials
New premium alloys are made up of various individual components. Using different analytical methods, the exact composition of the material can be determined, allowing for the development of a reproducible manufacturing process. Useful analytical methods include ICP mass spectrometry (ICP-MS), X-ray fluorescence spectroscopy (XRF), and optical spark emission spectroscopy (OES).
Who is your contact person?
Roman Heuberger
Dr. sc. ETH Zurich, Certified Materials Engineer ETH
Head of Materials Testing and Consulting
Phone +41 32 644 20 22
Dr. sc. ETH Zurich, Certified Materials Engineer ETH
Head of Materials Testing and Consulting
Phone +41 32 644 20 22