Amid the accelerating industrialization of humanoid-robot technology, the core power unit of each finger joint—the coreless motor—determines the fluidity, precision and overall haptic experience of robotic hands. Industry studies show that, thanks to “high power density, millisecond response and low-inertia operation”, coreless motors have become the “gold standard” for finger-joint actuation. Against this backdrop, Zhongke Moton officially launches its coreless-motor automated assembly line, delivering a “smart manufacturing + precision control” dual breakthrough and offering the industry a scalable, high-quality core-component solution.

【Game Changer】Re-engineering coreless-motor mass-production logic through automation

Historically, the intricate structure and complex process of coreless motors have limited their mass production. Zhongke Moton’s automated line offers a practical cure for this long-standing pain point.

·Intelligent “manufacturing ecosystem”:The line deeply integrates industrial robots and machine vision to create an unmanned “feeding-assembly-testing” workflow. In critical steps, robotic arms precisely arrange rhombic windings and align permanent-magnet rotors, eliminating human error and guaranteeing identical performance from every motor—laying a solid hardware foundation for consistent finger motion.

·Leap in both speed and accuracy:Modular line design and intelligent takt-time optimization compress the cycle time per motor, achieving a perfect balance between high throughput and precision. The line meets demand for both “customized, high-performance” motors and large-scale delivery, propelling humanoid robots from “technology demonstrators” to “commercial products”.

【Enabler】Implanting “dexterity DNA” into humanoid fingers

In real humanoid applications, motors built on Zhongke Moton’s line are pushing performance toward human-like levels: key specs are purpose-optimized for finger-joint drives.

·Millisecond response for human warmth:Optimized rotor inertia delivers millisecond-level reaction to commands—robot fingers move the instant they are told. Whether waving, flipping or performing micro-gestures, the motion is smooth and natural, greatly upgrading human-robot interaction.

·High power density, unlocking force control:Precision control of rhombic windings and coreless structure generates high torque within a tiny volume. This “small size, big energy” trait lets robot fingers apply force accurately even under heavy payloads, extending application scenarios such as grasping and handling.

【Navigator】Zhongke Moton: empowering the future with smart manufacturing

From actuator assembly lines to the new coreless-motor line, Zhongke Moton keeps focusing on the manufacture of robot core components. This launch is a key milestone in precision-motor manufacturing, leveraging past R&D achievements and completing a full-chain capability from component design to mass production, demonstrating deep commitment to the critical manufacturing segment of humanoid robotics.

Going forward, Zhongke Moton will keep technological innovation at its core, deepen its presence in robot core components, and—through continuous line optimization—support the domestic, large-scale development of the robot industry, jointly exploring the vast future of human-machine collaboration.