Robotics Motor Core
We provide a variety of robot motor cores for robot key components, utilizing self-bonding technology to deliver more efficient, stable, and quiet solutions.
- Compact and lightweight
- Low noise, low loss
- High precision, high structural strength
Background
The robotics industry has developed rapidly in recent years, especially in the fields of industrial robots, service robots, and humanoid robots, showing significant technological breakthroughs and market expansion trends.
And with the leap of artificial intelligence (AI) technology, the application scenarios and demands of robots in various fields are gradually expanding, and the industry is moving towards a new stage of popularization and intelligence.
Coreless motors play a crucial role in the field of robotics, especially in the application of humanoid robots dexterous hands, are the core actuators for the dexterous hands of humanoid robots.
Coreless Motor
Key Properties
Product Gallery for Coreless Motor
Our customized cores for coreless motors in humanoid robots.
Frameless Torque Motor
A frameless torque motor is a permanent magnet DC servo motor widely used in humanoid robots and advanced machinery. These motors are known for their compact size, lightweight design, low inertia, and high torque and power density. Such characteristics are crucial for humanoid robots, which demand precise and efficient motion within limited space.
- Low Noise and Minimal Energy Loss
- Compact, Lightweight Design
- High Precision and Structural Strength
- Exceptional Torque Output
Key Properties
Product Gallery for Frameless Torque Motor
Our customized cores for frameless torque motors in humanoid robots.
Why choose us
Why do we recommend using self-bonding lamination for core manufacturing. It's also the reason we stand by this method.
Reduces eddy currents and enhances thermal management.
No warping or deformation in the process, low stress, and good yield rate. Minor performance degradation caused by processing.
Evenly distributed force and excellent structural strength
Vibration-resistant, noise-reducing, seamless connection.
The most effective method to minimize losses in thin material applications.
Supports motor miniaturization with the ability to achieve smaller dimensional tolerances.
