Test Equipment

In-circuit testing involves making electrical contact with assembled printed circuit boards or electronic components and checking for faults in the circuit traces, such as short circuits or open circuits, solder bridges and component defects.

In this process, each node in the circuit is accessed via a test probe. So-called probe bed adapters are used to make automated contact with these test points.

During production, the quality of the devices or assemblies must be checked either at intermediate steps or at the end of the manufacturing process.

Functional testing usually involves using existing interfaces that are accessible from the outside (e.g. connectors). Contact is established using special test adapters.

This is used, for example, to test sensors or control systems.

Together with our partners, we offer comprehensive solutions for flashing your products.

This means that the product-specific software is installed on the product. Alternatively, we can also integrate your customised system into our test systems.

We offer the flash process both as part of our standard products and as an integrated process for your specific solution.

We offer end-of-line test systems for the final comprehensive functional testing of finished products and assembled components. This is the testing process at the end of a production line.

This requires simulating various environmental conditions where necessary. Processes such as the application of labels are also monitored.

The EOL testers can be configured to meet any requirement and provide traceable test results.

To ensure the product functions correctly, we integrate haptic tests into our automation solutions.

The end customer touches and operates the product; our testing systems make sure it feels and works as intended.

Whether it’s a push-button, a rotary control or a touchscreen – the function is guaranteed to work perfectly.

Test systems for high-frequency devices are used for testing products employing radio transmission.

The systems are designed for modules with frequency ranges from 300 MHz to 96 GHz. In addition to communication modules, these also include products with radar sensors for autonomous driving and car communication.

To rule out interference during testing, the test area must be shielded against external influences such as mobile radio communication or other interference pulses.

Defects that occur under extreme loads should be detected as early as possible in manufacturing processes. This is made possible by “temperature tests.” To perform these tests, the products are tested in the temperature test systems by being exposed to various thermal and mechanical stress factors, depending on the requirements.

Our product range includes both stand-alone systems (test chambers) and automated simulation lines.

ENGMATEC develops and implements reliable contacting for high voltages and currents of up to 1000 V and 400 A. Such contacting is of increasing relevance, especially in the areas of electromobility, battery management systems, and drive technology.

They are required, for example, for testing inverters, DC/DC converters, and drive controllers.

Optical systems are frequently used in modern test and assembly equipment.

From simple or complex detection tasks to quality checks and intelligent camera technology, we will work with you to determine the right system to meet your requirements and select the components accordingly.

Example applications include wobble circle tests, testing of component features, and camera-supported joining processes.