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Part Testing | | | | Mathematical simulation methods are outstanding instruments for the design and optimization of parts and they deliver fairly accurate statements on part behavior. When it comes to making a definitive statement on the functional capability of parts, however, it is generally still necessary to conduct practice-oriented tests on prototypes. |
For this reason, specifications frequently prescribe a corresponding acceptance test (TÜV, GS Label, etc.). We have a state-of-the-art test laboratory and the corresponding specialist employees, and can offer you an extensive range of testing facilities.
Scope of services - Static testing (pressure, tension, bending torsion)
- Dynamic testing (shaker, hydropulser, fatigue test)
- Crash (pendulum impact test, drop test, backfire test)
- Burst-strength tests (static and dynamic)
- Internal pressure test (various pressure/time lines possible)
- Shrinkage measurement
- Electronic measurement of components
- Tightness tests
- Climatic tests
- Climatic chamber up to 10 m3
- Temperature range from -70 °C to +300 °C
- Media storage (cooling agents, oil)
- Ambitious fatigue test (combination of several load types)
- Laser marking
- Ultra sonic welding test
- Preparation for TÜV or GS acceptance
- Audiovisual documentation
 |  | | Stone impact | Static tensil and pressure test |  |  | | Shaker | Drop test | | | |
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