In watch manufacturing, microscopic precision meets the highest aesthetic and functional demands. Whether in a manufactory or an industrial production facility, customized workpiece carriers play a key role in guiding sensitive watch parts safely through complex machining and finishing processes.
Workpieces such as circuit boards, bridges, housings or hands require particularly gentle and dimensionally stable support. Individually developed support systems ensure a secure hold - without any deformation or scratches.
The finest polishing, decorative cuts or brushed surfaces must remain flawless. Custom-made carriers prevent any contact with mechanical clamping devices and thus ensure that each individual watch part retains its value.
Workpiece carriers are designed so that they can be seamlessly integrated into automated processes - from CNC machining and electroplating to cleaning and final assembly. This reduces manual intervention, lowers error rates and increases efficiency.
Repeatability is crucial in series production as well as in high-precision manufacturing. Carrier systems support standardized positioning and ensure consistent quality - component by component.
Whether small quantities in the high-end segment or high volumes in industrial production: workpiece carriers can be individually adapted to component geometry, tolerances and process requirements - always with a focus on precision and protection.
Numerous renowned watch manufacturers - from traditional companies to international groups - rely on specialized carrier systems to ensure their production quality and optimize their processes. The combination of technical expertise and material-appropriate design makes modern workpiece carriers an indispensable part of watch production.
The development of carrier systems for watch parts requires intuition, industry knowledge and technical precision. From the initial concept to the series solution, experienced specialists accompany your projects - individually, solution-oriented and with the highest quality standards.