The Robotic Joint Module RV-160E is designed for industrial robotic systems that require stable transmission, high rigidity, and precise motion control. Its robust structure supports demanding applications while helping maintain smooth and reliable movement during repeated operation.

Built around precision transmission technology, the RV-160E combines efficient power transfer with strong load-bearing capability. The carefully engineered housing and internal components help improve mechanical stability and positioning performance, making it suitable for robotic arms, automated positioning equipment, and other industrial motion systems.

Quality begins with controlled manufacturing. Material preparation, precision machining, gear processing, component assembly, dimensional inspection, and performance testing are carefully managed to maintain consistent product quality. Attention to component accuracy and assembly alignment helps ensure dependable operation.

For automation manufacturers and system integrators, the RV-160E offers a practical transmission solution that balances performance, durability, and integration flexibility. Contact us to learn more about specifications, application support, and customized solutions for your robotic equipment.

I. Product Overview

II. Core Technical Parameters

III. Structure and Core Features

1. Two-stage transmission structure

1. By employing a combination of “single-stage planetary reduction” and “two-stage harmonic gear reduction,” this design achieves a high reduction ratio, exceptional rigidity, and minimal backlash, with transmission accuracy and stability far surpassing those of conventional reduction schemes.
2. Integrated angular contact bearing design

1. Equipped with integral support bearings, it can withstand substantial radial and axial loads without requiring additional supporting structures, significantly simplifying the overall equipment design and reducing installation costs and complexity.
2. Superior load-bearing and impact resistance

1. The cycloidal structure, with multiple teeth engaging simultaneously, exhibits exceptional resistance to impact and overload, making it well-suited for heavy‑load and shock‑prone operating conditions and ideal for demanding industrial applications.
2. Standardized Adaptation Design

1. The coaxial input structure can be directly matched with standard servo motors, offering convenient installation and representing a classic configuration for industrial robot joints.

IV. Typical Application Scenarios

• Industrial Robot: 2–6 Axis Joint Drive for Heavy-Payload 6-Axis Robots
• Welding/Cutting Positioner: Rotary Drive for Positioners in the 500–2000 kg Capacity Range
• Machine tool rotary tables, precision radars, and heavy-load positioning mechanisms for automated production lines

V. Model Naming Conventions

• RV-160E : Series model (160 is the specification code, corresponding to torque and dimensions; E denotes the solid‑shaft series)
• 129 : Reduction ratio
• B : Output flange / shaft mounting type
• P : Accuracy class or additional specifications