Shipping Country
Free shipping within the continental US over $50. Conditions apply
Select Country
Engineering the next generation of sensor-driven robotics
The robotics industry is rapidly transitioning from research prototypes to real-world deployment. As humanoids, quadrupeds, collaborative robots, and intelligent machines enter human environments, precision sensing, instantaneous feedback, and reliable motion control become critical design requirements.
In this exclusive whitepaper, discover how Melexis is helping robotics engineers achieve a first-time-right design strategy with a unified portfolio of magnetic and inductive encoders. Learn how zero-latency sensing architectures, scalable performance options, and flexible integration approaches can accelerate development, reduce redesign cycles, and optimize system costs without compromising performance.
Whether you're designing advanced humanoids, industrial cobots, autonomous mobile robots, or intelligent motors for Industry 5.0 applications, this guide offers practical insights into selecting the right sensing technology from day one.
inductive encoder with up to 22-bit resolution for demanding robotics applications
inductive encoder delivering an optimal balance of performance and cost
magnetic encoder featuring zero-latency tracking and advanced self-calibration
compact magnetic encoder for space-constrained robotic designs
Traditional robotics development often relies on over-engineered prototypes followed by lengthy cost-reduction efforts. This whitepaper explores a different approach: selecting the right sensing solution at the beginning of the design process to accelerate deployment, improve scalability, and reduce development risk.
Download the whitepaper to learn how Melexis magnetic and inductive encoder technologies help engineers build safer, smarter, and more efficient robotic systems with a true first-time-right methodology.
