Integrated Robotic Joint Module D120

Integrated Robotic Joint Module D120

The HS Hardwares D120 Integrated Robotic Joint Module is a compact, high-performance actuator that combines motor, transmission, encoder, and structural components into a single integrated solution. Designed for robotic and automation applications, it delivers high torque, precise motion control, and reliable long-term operation while supporting full customization according to customer requirements.

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Description

The HS Hardwares Integrated Robotic Joint Module D120 is a high-performance electromechanical actuator designed for advanced robotics, collaborative robots, humanoid robots, automated guided vehicles (AGVs), and intelligent automation systems. Combining a precision motor, transmission system, bearings, encoder, and structural components into a compact integrated unit, the D120 joint module delivers exceptional torque density, positioning accuracy, and operational reliability.

Engineered for modern robotic applications, the D120 integrated joint module provides smooth motion control, high dynamic response, and efficient power transmission while reducing assembly complexity and installation space. Its modular design enables seamless integration into robotic arms, service robots, industrial automation equipment, and custom motion-control systems.

HS Hardwares offers complete customization services, including motor specifications, reduction ratios, encoder configurations, communication protocols, housing structures, and output performance parameters to meet specific project requirements.

Key Features

  • Integrated robotic joint actuator design
  • Compact and lightweight structure
  • High torque density
  • High positioning accuracy
  • Low backlash operation
  • Smooth and stable motion control
  • High efficiency power transmission
  • Integrated encoder and drive compatibility
  • Reduced assembly complexity
  • Long service life and reliability
  • Custom motor and gearbox configurations available

Customization Options

  • Outer diameter and mounting dimensions
  • Output torque requirements
  • Motor power specifications
  • Harmonic drive or planetary gearbox options
  • Encoder type and resolution
  • Communication protocols
  • Housing materials and surface finishes
  • OEM and ODM development support

Applications

  • Humanoid robots
  • Collaborative robots (Cobots)
  • Industrial robotic arms
  • Service robots
  • Medical robots
  • Logistics and warehouse automation
  • AGV and AMR systems
  • Intelligent manufacturing equipment
  • Aerospace and research robotics

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