Mechanical Environmental Durability
With its extensive experience of how vibration affects objects, RISE can help the customer to develop and carry out relevant tests and determine how well a design or object can withstand mechanical stress from the surrounding environment. We offer accredited testing for a large number of standards (IEC, ISO, ASTM, MIL, etc.).
This service is also relevant in: Production and manufacturing, Materials and durability
Service details
- Service
- Vibration and Shock Testing
- Metrology Area
- Sound and vibrations
- Delivery level
- Accredited
- Standards
IEC 60068-2, entire series
ISO 16750, entire series
DNVGL
Lloyds Register
UN 38.3
MIL-STD
We also perform tests other than the above listed methods, both with and without accreditation.
- Price
- Price on tender
What is vibration and shock testing and how can RISE help you?
Vibrations and shocks can damage structures. They can cause mechanical failure or cause electrical malfunction. To prevent these problems, we perform vibration testing from some single hertz up to 2000 hertz. Everything from small to large specimens, in heat or cold, under simultaneous functional monitoring or without. In addition, with RISE unique technical width, we can be a discussion partner and tailor test solutions that facilitate the customer and produce relevant results.
How does it work?
The mechanical tests are usually performed on our vibrators in our labs. In these labs we also have access to other equipment for environmental durability testing eg. climate chambers. By working closely with our internal suppliers, such as fixtures and workshop services, we solve most things inhouse within a short period of time.
What happens after the vibration and shock testing?
Often results are communicated on an ongoing basis during a test. Sometimes the customer participates during the actual testing. After a completed test, the results are usually documented in a technical report. Most of the reports we issue are accredited. The report can for example provide the basis for further CE marking