LinkedIn·Wednesday, 5 August 2026·20d ago

Optics, electronics, and fluidics inside the housing usually claim their space first. The motor has to fit into whatever's left. For…

Xeryon

5,018 followers

Optics, electronics, and fluidics inside the housing usually claim their space first. The motor has to fit into whatever's left. For engineers in MedTech OEM manufacturing, motion control is often the point where design complexity starts to grow - especially when the device needs to be compact, stable, and precise at the same time. Three challenges keep coming back: 📐 Limited internal space Motors, gearboxes, and encoders take up valuable device volume. Xeryon's direct-drive piezo actuators and stages, with no gearbox, reduce the mechanical footprint - enabling compact OEM integration even in the most tightly packed devices. 🌡️ Heat and thermal drift In diagnostics, microscopy, and tissue analysis, heat affects samples, optics, and measurement accuracy. Xeryon solutions generate zero heat when stationary. 🎯 Backlash and settling time Gearbox backlash, vibration, and settling time limit precision and throughput. Direct-drive motion with closed-loop encoder control enables fast, stable positioning with sub-micron resolution and no mechanical gear-play. This is especially critical for high-throughput imaging motion applications, such as microscopy and screening. Explore the Xeryon MedTech brochure here to see how we solve key motion challenges in medical device design: https://lnkd.in/ebWWKCdG #Xeryon #MedTech #MedicalDeviceManufacturing #MotionControl #Miniaturization