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Applications and projects : integration of non-destructive testing equipment in an industrial environment Some practical examples : dimensional checks tomography 3D vision X-ray

Penetrant non-destructive testing method is a system that is used for the detection of cracks in the surfaces of parts. After the material which is going to be subjected to penetrant test is pre-cleaned, it is subjected to penetrant application as dipping or spray. After this process, the material is rinsed and dried. Powder “developer” is applied electrostatically on the dried material. Finally, possible cracks and faults on the material are detected by checking under the UV lamp.

With the dual chamber PPM leak test stand, Poppe + Potthoff Maschinenbau offers a powerful system for testing sensors in medical device industry. The test stand can be implemented in R&D processes, but also during production as an end of line test. With pressures of up to 50 bars this equipment offers a large spectrum of testing opportunities in the medical area. Some Global Test Standards include: ISO 14644 ASTM G122-96 ASTM D6361 SAE AMS 0302 The PPM leak test stand is able to be programed to the customers requirement. The powerful in house built software enables exact design of pressure curves, such as holding times and exact pressure increase over time. It is an ideal solution for any sorts of plastic components. This exemplarily displayed test bench can utilize air or nitrogen as a test medium. Please get in touch about any other test mediums. In addition the PPM test benches can perform tests of multiple test units at a time.

CMOS detector for ultra-high resolution imaging which meets aerospace standards! Ultra-high resolution Brilliant results thanks to 19 μm pixel pitch Time to image Increased productivity through fast processing Compact design Versatile positioning options and universally applicable Most important features Because of its compact design, the detector is ideal for small tubes, and it can also be positioned in hard-to-reach places or even inside an object. In order to provide for efficient performance in a harsh test environment, the detector is equipped with a durable aluminum casing, and its active area of 36x26 mm is protected by a strong carbon layer.