Stolle tooling plates are used in many segments of the energy sector, such as wind power, power plant construction as well as in condenser, pump, gas turbine and large scale transmission system engineering. Users place considerable importance on these systems being checked as to their function and their adherence to performance requirements.

Stolle can meet these needs, as all the tests which are required can be carried out on our test stand plates.

To cushion the high forces applied during testing, the plates are often combined with a seismic mass. In this context, the seismic masses are not only used as a rigid base for machines, but also as inert masses. The foundation usually consists of a reinforced concrete construction with a cross-sectional shape and mass adapted to the application. In addition, the plates are firmly anchored to the concrete foundation. The design of the plates and/or the plate / concrete foundation combination can be tailored according to the application in question and precisely configured to the speed, momentum and force to be applied to the test specimen by the drive unit. At the customer's request, FEM calculations for the plate or the foundation can be carried out for a more accurate definition of the plate design. We can carry out all planning services required along with the construction work.

The tooling plates are individually designed for the various applications and provided with slots or drill notches in the surface of the plates to accommodate machines or test benches.

We can also mount the plates and foundations so as to secure vibration isolation, with access to various air, steel or elastomer spring systems. Stolle will adapt to your requirements!