The First-Time-Right Revolution

This paper presents Melexis solutions for high-precision motor control and end-of-shaft position and torque sensing, targeting a wide range of robotic joints from humanoid to collaborative robots, inc... Read original →

Melexis’ 'First-Time-Right' paradigm triggers a technical cascade across the robotics stack: its zero-latency magnetic and inductive sensing forces MCU vendors to overhaul real-time architectures and compels gearbox/encoder suppliers to recalibrate precision benchmarks. Amid tightening EU Critical Raw Materials Act and U.S. export controls, reliance on rare-earth magnets elevates supply chain risk, pushing firms toward rare-earth-free alternatives to contain compliance costs. Against Infineon and TDK’s torque-sensing dominance, Melexis leverages system-level integration—a move likely to shift competition from discrete components to full-stack solutions. Within 18 months, this will accelerate standardization of lightweight humanoid joint modules, lowering deployment barriers for cobots and enabling scalable high-precision automation in medical devices and consumer electronics manufacturing.