SCHMID Group has secured more than €26 million [1] in new orders for advanced PCB and substrate manufacturing equipment since mid-May 2026 [3].
The surge in orders reflects the accelerating global investment in artificial intelligence infrastructure. As companies build out the hardware necessary for large-scale AI, the demand for high-performance circuit boards and substrates has intensified.
The Germany-based developer of electronics manufacturing equipment, headquartered in Freudenstadt, reported a combined order intake exceeding $30 million [2]. This growth is specifically tied to the production of equipment used in AI servers, high-speed networking, and optical communication applications [5].
Advanced printed circuit boards (PCBs) and substrates serve as the physical foundation for the processors and memory modules that power AI workloads. The equipment produced by SCHMID Group allows manufacturers to create these components with the precision required for high-speed data transmission, a critical requirement for modern data centers.
Market analysts said the timing of these orders aligns with a broader trend of infrastructure spending. The increase in demand for specialized equipment suggests that the AI boom is moving beyond software development and into the physical layer of hardware manufacturing [4].
SCHMID Group's recent intake underscores the role of specialized German engineering in the global AI supply chain. By providing the machinery needed to create advanced substrates, the company positions itself as a key supplier for the hardware that enables generative AI and high-performance computing [5].
“SCHMID Group has secured more than €26 million in new orders.”
The order volume indicates that the AI investment cycle is currently in a hardware expansion phase. Because SCHMID Group provides the machinery used to make the components, rather than the components themselves, this activity serves as a leading indicator for the capacity of AI server production. The reliance on specialized German equipment highlights the concentrated nature of the high-end electronics supply chain.
