
A compact integrated joint combining structure, bearings, gearing, motor, sensing, braking, thermal management, and power-data routing in one serviceable module.

The housing separates mechanical load paths from electronics and service interfaces while preserving a compact rotational envelope.
Every joint stays registered to the base frame. Explode the whole arm, or isolate the structural, motor, sensing and thermal subsystems.
The actuator is shown in a robotic shoulder application. The load study visualizes joint demand and structural response without claiming verified torque or fatigue performance.

The visual model defines interfaces and system relationships. Production readiness depends on measured hardware, calibrated control, and qualified engineering review.
Product imagery, CAD-derived components, assembly logic, service instructions, load cases, specifications, and review workflows can all be connected through one structured hardware package.
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