In modern industrial automation systems, the incremental optical encoder, as a core sensor for sensing rotational motion, directly impacts the positioning accuracy, operational stability, and even the efficiency of the entire production line.

In modern precision manufacturing, automated assembly, and high-end motion control, the requirements for position sensing have long surpassed the rough stage of "rough positioning" and entered an era of precision where "every millimeter counts."

At the heart of modern industrial automation and high-end equipment operation, the perception of position, speed, and angle must be almost intuitively precise.

In an era where intelligent manufacturing is moving towards high dynamism, high reliability, and high integration, the bearing-ess magnetic encoder, with the power of magnetism, is injecting a trustworthy "position eye" into precision motion.

In modern high-end equipment manufacturing, precision automation, and energy control systems, acquiring position information requires not only high precision but also strong power-off memory, anti-interference capabilities, and long-term operational stabi

In the semiconductor manufacturing field, the nanometer-level precision of incremental linear encoders directly drives process breakthroughs.