Utilizing advanced shielding technology and materials, it effectively resists electromagnetic compatibility (EMC) interference, ensuring signal stability and reliability in complex electromagnetic environments. Additionally, it features excellent anti-contamination properties, capable of withstanding the effects of dust, oil, and other pollutants, ensuring long-term stable operation and reducing maintenance requirements.

By providing ultra-high resolution position feedback and fast response capabilities, it ensures that industrial robots achieve extremely high operational precision when performing delicate tasks. This improves product quality and reduces errors, making it suitable for applications with extremely high precision requirements, such as precision manufacturing and assembly.

Specifically optimized for compact design, it significantly reduces size without compromising performance, making it suitable for integration into space-constrained industrial robots. Its small design not only saves installation space but also simplifies the system integration process, enhancing the overall flexibility and deployment efficiency of the equipment.