Micromotor Motor Robotic Exoskeleton Robot Arm High Exactness Performance for Intelligent Xiaomi Cybergear

Technical specifications

Customization guide

Adjustable flange hole spacing and ribbing patterns can be tailored to fit specific mounting requirements. The central shaft’s diameter and hole placement can also be modified to accommodate specialized gearboxes or transmission systems.

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With its precision engineering and thermal efficiency, this motor empowers next-gen robotics. Whether enhancing the dexterity of an exoskeleton arm or driving high-repetition industrial tasks, its robust design ensures consistent performance under pressure.

Choose your model

Supplier's note

1. Technical Breakthroughs:

   • Ribbed Thermal Design: Reduces operating temperatures by 20% compared to flat-surface motors, enabling sustained high-load operation.
   • Modular Flange System: Customizable hole patterns allow 30% faster integration into non-standard robotic frameworks.
   • Precision Shaft Alignment: Achieves ±0.01mm tolerance, critical for micro-surgery robots and high-accuracy automation.

2. Optimal Version Selection:

   • Base Model: Ideal for lightweight applications like consumer-grade exoskeletons or IoT devices.
   • Advanced Model: Suitable for moderate industrial robotics (e.g., assembly lines) needing 15% higher torque than baseline.
   • Pro Model: Designed for heavy-duty scenarios such as electric vehicle actuators or industrial exoskeletons, where 6.5 Nm torque and 95% efficiency ensure unmatched performance.

With the Pro Model’s triple-certified chemical resistance, operators in harsh chemical environments can safely deploy systems without compromising on power. Pair its ultra-lightweight design with high RPM capabilities to achieve rapid, precise movements in surgical robotics.

Note: Comparative values are relative to industry benchmarks and may vary by application.