Summary:The MLX90520 inductive encoder offers high-precision, compact, and reliable motion sensing, redefining how robotics and industrial machinery achieve efficiency, accuracy, and safety.

Behind every precise robotic movement and the smooth operation of industrial machinery lies a critical component: the encoder. The newly launched MLX90520 22-bit high-resolution inductive encoder is changing the game, providing a compact, cost-effective, and highly reliable alternative to traditional optical encoders. Designed for both rotary and linear motion, it delivers millimeter-level and angle-level precision across applications where accuracy directly impacts performance and safety.

With 22-bit resolution and zero-latency response, the MLX90520 captures subtle positional changes over up to 400 mm of linear travel. Its thin form factor—less than 3 mm thick—makes integration into tight or complex mechanical designs effortless, while dual output interfaces offer versatility for diverse industrial scenarios. Unlike optical encoders, it is immune to dust, contaminants, and external magnetic fields, maintaining reliable operation in even the harshest environments.

The encoder’s simplicity also translates into cost savings. Lower component costs, minimal configuration requirements, and streamlined integration reduce R&D cycles and manufacturing expenses, making high-precision motion sensing accessible to more applications. By combining precision, reliability, and affordability, the MLX90520 enables compact robotics, industrial automation, and humanoid robot development to advance faster and more efficiently.

The MLX90520 is more than just a new encoder—it’s a breakthrough that empowers intelligent manufacturing and high-end robotics. Its launch is expected to disrupt the traditional optical encoder market, drive innovation in motion sensing, and accelerate the adoption of reliable, high-performance solutions across global industrial and robotics sectors.