RMS Foundation
Inorganic analysis of traces by ICP-MS
ICP-MS is an extremely sensitive technique that allows simultaneous quantification of 70 elements down to trace levels in the μg/L or sub-μg/L range,…

Testing the mechanical seal strength of blister packs
When determining the mechanical seal strength according to ASTM F2824, the force required to pull off the blister lid at exactly 45° is determined.…

Particle analysis after dynamic loading of medical devices
Many medical devices consist of several components and are exposed to cyclical loads during use. Resulting micromovements can generate abrasion…

Fatigue Resistance of AM-Structures
A special grid structure made of Ti6Al4V was deposited on a bar using additive manufacturing (AM). There were small metallic droplets on the surface.…

Determination of particle cleanliness of a medical device
Particulate impurities in the medical device used endanger the safety of the patient. A tailor-made method was developed for the manufacturer of an…

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Determination of the cleanliness of medical devices
The quality and safety requirements for medical devices are becoming increasingly stringent. For this reason, the cleanliness of medical devices is…

How to measure topography and roughness
Surface structure and roughness play an important role in a variety of applications. In dental and orthopaedic implants, for example, the…

The RMS Foundation is a service laboratory and research institute. The range of services offered by this independent non-profit organization includes materials testing, advisory services, training as well as technology transfer. The RMS Foundation does its research in interdisciplinary cooperation in order to optimise the treatments of the human locomotor system. Testing services are provided on products of the medical and materials technology as well as on technical components.
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