Precision industry

The µ in focus.

Precision engineering is far more than just a branch of industry – it is at the heart of modern technology and drives progress. Wherever maximum accuracy and reliability are required, precision engineering plays a central role. The focus is on the tightest tolerances, sophisticated component geometries and strict quality standards. Innovative technologies such as additive manufacturing, smart clamping systems and networked production processes are pushing the boundaries of what is possible. Today, precision not only means manufacturing components with micrometer tolerances, but also acting sustainably: Saving resources, using energy efficiently and developing durable products. The key to this development lies in the combination of technological expertise, state-of-the-art production methods and a deep understanding of the specific requirements of each application. Precision technology is not static – it is dynamic, networked and future-oriented. The industry is constantly reinventing itself to meet increasing demands: from ultra-lightweight materials to smart sensor integration and AI-supported manufacturing processes. In this way, precision engineering is not only shaping the world of today, but actively shaping the technologies of tomorrow.

CUSTOMIZED: LIKE THE WORKPIECE ITSELF.

We develop and manufacture our clamping and machining solutions in the same way that high-precision individual parts meet the highest demands in innovative applications: with micrometer precision, smart and precisely tailored to your needs.

Development partner from concept to commissioning.

Whether it’s a new machine, a retrofit, or the modification of existing machine tools, STERMAN supports projects from the initial idea and design through engineering, manufacturing, and assembly to commissioning—and, upon request, well beyond that. With a value-added ratio of over 85 percent, our solutions are primarily manufactured at our facility in St. Georgen in the Black Forest. For an initial clamping concept, a workpiece drawing and the essential information about the machining process are usually sufficient.