The chemistry is right – or is it? Imagine this: after elaborate engineering and development, a field recall of your electronic control units follows. The reason? The electronics fail under chemical influences such as oils, fuels, or cleaning agents that no one tested for beforehand. Sounds like a nightmare, right?
Ever experienced how a small electronics module brings an entire vehicle production to a halt? Don’t worry, you’re not the only one! When something goes wrong, heart rates spike, phones ring, production lines come to a standstill – in short: pure chaos. But you can avoid that stress: Through valid
Why environmental simulation is indispensable for you Environmental simulation simply means this: We test your mechanical and electrical components thoroughly – under exactly the conditions your products will later face. Because let’s be honest: nothing is more costly than unexpected damage and failures that only show up at the customer.
Mechanical shock testing according to DIN EN 60068-2-27: Why, what for, how come? Imagine your freshly developed electronic component is on the perfect path to series production—meeting all specifications, passing all tests, and suddenly the part falls apart during the third test run. Ouch! To make sure that doesn’t happen
Introduction to sinus vibration testing: In the world of mechanical testing, sinus vibration testing is a central test to examine the resistance of components to vibrating forces. This type of test is essential to ensure that products can withstand real operating conditions. What is sinus vibration testing? Sinus vibration testing
Introduction to the IEC 60068 standard: Electronic components are entering increasingly harsh environments, and the demands on their reliability continue to rise. This is where the IEC 60068 standard comes into play, which plays a central role in the development and testing of components to ensure their functionality under extreme
