State-of-the-art CAD workstations allow us to design and visualize tools in real time. We are able to virtually simulate the decisive parameters and thus avoid time-consuming and costly trial-and-error phases in development. Among other things, this allows us to precisely determine the effects of weight, volume and surface finish. If required, we can create models for you using the rapid prototyping process.nbspWe use the finite element method (FEM) to simulate the planned properties during the development phase.

Maximum precision is essential for a perfectly debossed result. We therefore optimize the geometry of the blank according to the subsequent task. With a tolerance of less than two hundredths of a millimeter, we can also produce intricate imprints.

The grinding process gives the head, stem and tip of our tools their final shape. To enable use with standard-shaped cams, we optimize our tools with head geometries developed in-house. Precision and surface finish are the top priority in all of our grinding processes, thus ensuring the high operational reliability and long service life of our tools. We also use the finite element method (FEM) for the grinding process.

The final step in the creation of a NOTTER-quality tool is the physical vapor deposition (PVD) coating. This process enables us to achieve a microfine surface finish. The coating systems we have developed simultaneously improve a whole host of tool properties – for example, by reducing the risk of adhesion or increasing resistance to corrosion and wear.