Description
The HS Hardwares Brushless Coreless Motor with Encoder is a compact, high-precision actuator designed for robotic fingers, dexterous robotic hands, micro-joint systems, medical devices, and advanced automation equipment. Combining a lightweight coreless brushless motor with an integrated high-resolution encoder, this solution delivers exceptional motion accuracy, fast response, and smooth operation in space-constrained applications.
The coreless design eliminates iron-core losses, resulting in lower inertia, higher efficiency, reduced cogging torque, and outstanding dynamic performance. The integrated encoder provides accurate position, speed, and motion feedback, enabling precise closed-loop control for robotic fingertip movements and delicate manipulation tasks.
Designed for next-generation humanoid robots and intelligent robotic hands, the motor offers reliable performance, long service life, and excellent energy efficiency. HS Hardwares supports complete customization of motor dimensions, encoder specifications, winding configurations, operating voltages, shaft designs, and output performance.
Key Features
- Brushless coreless motor technology
- Integrated high-precision encoder
- Ultra-low inertia rotor design
- Fast response and acceleration
- High positioning accuracy
- Smooth low-speed operation
- Low cogging torque
- High efficiency and low power consumption
- Compact and lightweight structure
- Long operational lifespan
- Ideal for miniature robotic joints and fingertips
- Full OEM and ODM customization support
Customization Options
- Motor diameter and length
- Encoder type and resolution
- Operating voltage
- Speed and torque specifications
- Shaft dimensions
- Winding configurations
- Cable and connector options
- Mounting interfaces
- Gearbox integration options
- Communication interfaces
Applications
- Humanoid robot fingers
- Dexterous robotic hands
- Robotic fingertip actuators
- Precision robotic joints
- Medical robotics
- Surgical instruments
- Prosthetic devices
- Micro automation equipment
- Precision positioning systems
- Smart wearable devices
