At SEMICON Europe 2026, Festo will demonstrate how wafers can be moved efficiently, precisely and reliably through the semiconductor manufacturing process. A networked demonstration system illustrates the complete workflow, from the FOUP through wafer alignment to further processing in wet chemical or vacuum-based applications.

The rising demand for specialised semiconductors – ranging from MEMS and SiC PowerChips to 2 nm GPUs and AI accelerators – is increasing the pressure on fabs and OEMs to operate their equipment cost-effectively whilst maintaining high process stability and repeatability. With solutions based on Controlled Pneumatics, a new generation of digitally controlled pneumatic technology, Festo supports machine builders and semiconductor manufacturers in optimising process stability whilst reducing the use of process media and energy consumption.

Festo aims to extend the quality standards applied to its hardware to digital product and simulation models. This is intended to enable machine builders to develop and validate automation solutions virtually in a manner that is as close to reality as possible. In the future, such models are also intended to support the development and testing of autonomous automation systems.

By combining the EPRF electric cylinder and the EMMH servomotor, both made of stainless steel, Festo now offers a high-performance electric drive solution for the food, packaging and pharmaceutical industries. Together with the appropriate motor cable, the motor, cable and drive form a fully coordinated, complete hygienic design solution from a single source.