As robotics technology advances, frameless torque motors are facing increasingly demanding requirements for torque density, motion stability, and thermal management. The HONPINE JM fourth-generation frameless torque motor achieves 30% higher torque density and 10% lower operating temperature through improvements in electromagnetic design, core materials, and winding technology. With torque ripple controlled below 1%, it delivers smoother low-speed operation and improved motion consistency, making it suitable for demanding applications such as surgical robots, humanoid robots, and precision automation equipment. How does HONPINE achieve these performance improvements? Let's take a closer look.

South Korea's DRAM and NAND exports surged in May 2026, with DDR5 prices reportedly surpassing gold. Rising memory costs are increasing BOM pressure on AI edge devices, smart sensor modules, and robotics manufacturers, accelerating demand for cost-efficient integrated solutions and more resilient supply chains.