Mechatronics Systems
Custom mechatronic systems from conceptual design to high volume series production
Our mechatronic systems combine advanced precision mechanics, high‑bandwidth motion control, and tightly integrated sensing and actuation to deliver nanometer‑level accuracy, high‑speed positioning, and exceptional in-position stability across semiconductor, FPD, and life‑science applications.
Leveraging a uniquely broad set of in‑house competences — spanning precision mechanics, electro-mechanics, optics, vision, electronics, motion control, and software , we design and manufacture fully integrated solutions such as high precision motion and wafer stages and high‑throughput bond heads.
By thinking along at process level, we break down complex, coupled processes into clear functional systems and modules, each with its own requirements. This enables us to define the optimal system architecture, reduce overall system complexity, and develop modules in parallel for shorter time‑to‑market.
Our vertically integrated approach — combining system engineering, rapid prototyping, qualification, and series manufacturing under one roof — allows us to balance proven off‑the‑shelf technologies with custom innovations. The result: cohesive, high‑performance mechatronic systems with exceptional accuracy, stability, and throughput.
Our mechatronic systems combine advanced precision mechanics, high‑bandwidth motion control, and tightly integrated sensing and actuation to deliver nanometer‑level accuracy, high‑speed positioning, and exceptional in-position stability across semiconductor, FPD, and life‑science applications.
Leveraging a uniquely broad set of in‑house competences — spanning precision mechanics, electro-mechanics, optics, vision, electronics, motion control, and software , we design and manufacture fully integrated solutions such as high precision motion and wafer stages and high‑throughput bond heads.
By thinking along at process level, we break down complex, coupled processes into clear functional systems and modules, each with its own requirements. This enables us to define the optimal system architecture, reduce overall system complexity, and develop modules in parallel for shorter time‑to‑market.
Our vertically integrated approach — combining system engineering, rapid prototyping, qualification, and series manufacturing under one roof — allows us to balance proven off‑the‑shelf technologies with custom innovations. The result: cohesive, high‑performance mechatronic systems with exceptional accuracy, stability, and throughput.
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Nanometer‑level precision
Accurate positioning with extremely low jitter and exceptional in-position stability.
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High‑throughput
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Multidisciplinary system architecture
System‑level thinking and functional decomposition to define the optimal architecture for complex processes.
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Fully integrated development & manufacturing
Engineering, prototyping, qualification, and series production under one roof for minimum time-to-market of complex mechatronic systems