Recently, DMC announced the launch of its new-generation encoder for conveyor belt positioning systems, introducing an innovative solution for precise positioning of conveyor belts in mining production. This new encoder has undergone significant upgrades in design and performance, aiming to meet the growing demand for high-precision belt positioning.

Compared with previous versions, the new encoder has achieved breakthroughs in multiple key aspects. First, the encoder has increased its own weight, a design adjustment that makes it more stable during operation and effectively reduces measurement deviations caused by vibration or external interference. Meanwhile, its larger-sized wheels can better cling to the conveyor belt surface, ensuring stable contact with the belt under various working conditions and greatly improving measurement accuracy.

This optimized design has led to a qualitative leap in the system's measurement accuracy for conveyor belt operation speed and distance. Whether in high-speed operation or complex working environments, the new encoder can accurately capture every movement of the conveyor belt, providing more reliable data support for the belt positioning system. This not only enhances the reliability of the belt positioning system but also significantly improves its operational stability.