Reliable testing requires more than precise positioning. In many medical device applications, the forces occurring during operation are just as important as the movement itself.

An injection pen is a good example. During an automated test cycle, the test mechanism must move through defined positions while the forces generated during operation are continuously measured and evaluated. Combining motion and force data makes it possible to monitor critical parameters throughout the process and achieve consistent, repeatable test results.

Jenny Science combines compact direct-drive linear motion technology with integrated Forceteq® force measurement to bring these functions together in one automation platform. Precise and highly repeatable positioning provides controlled movement of the test mechanism, while force measurement delivers real-time feedback directly within the process.

The compact architecture makes the solution well suited for automated testing, development and quality-control applications where space, precision and repeatability are important.

Beyond injection pens, the same approach can be applied to other medical devices and automated test systems requiring synchronized motion and force measurement.

Jenny Science develops compact motion solutions for demanding automation applications, combining linear and rotary motion, servo control and integrated force measurement in modular system configurations.