Automate 2026: Cameras, components, drives, grippers, motors, sensors & more

The Parvalux Compact Drive is a configurable, space‑efficient geared motor designed for OEMs developing robotics and automation equipment. Rather than assembling motors, gearboxes and accessories from multiple suppliers, the Compact Drive provides an integrated, modular foundation that simplifies mechanical integration and reduces system risk early in development. Engineered for real‑world operating conditions, the Compact Drive prioritizes predictable performance under continuous duty cycles - an essential requirement for robotic systems that operate for extended periods without interruption. Its compact form factor allows designers to integrate motion systems into constrained layouts while maintaining reliability and service life. The modular architecture enables engineers to configure motor and gearbox combinations and select options such as encoders, brakes, and control elements to match specific application requirements, such as AMRs, AGVs, conveyor-based robotic cells and compact automation subsystems. This flexibility supports rapid prototyping during early design phases while maintaining a clear path to scalable production as robotic platforms mature. Parvalux, parvalux.com/us, Booth 231

Compact drive enables reliable motion in robotics systems

The Parvalux Compact Drive is a configurable, space‑efficient geared motor designed for OEMs developing robotics and automation equipment. Rather than assembling motors, gearboxes and accessories from multiple suppliers, the Compact Drive provides an integrated, modular foundation that simplifies mechanical integration and reduces system risk early in development. Engineered for real‑world operating conditions, the Compact Drive prioritizes predictable performance under continuous duty cycles - an essential requirement for robotic systems that operate for extended periods without interruption. Its compact form factor allows designers to integrate motion systems into constrained layouts while maintaining reliability and service life. The modular architecture enables engineers to configure motor and gearbox combinations and select options such as encoders, brakes, and control elements to match specific application requirements, such as AMRs, AGVs, conveyor-based robotic cells and compact automation subsystems. This flexibility supports rapid prototyping during early design phases while maintaining a clear path to scalable production as robotic platforms mature. Parvalux, parvalux.com/us, Booth 231

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