GS Series Cycloidal Gears
0%
Comprehensive 3D Model Preview
Drag with your mouse to rotate the viewpoint, and use the scroll wheel to zoom in on details, allowing you to view the product structure from every angle
Lightweighting
Product Introduction

Leveraging the robust core of cycloidal pin-wheel gearing, the Guosheng Power CD Series delivers the precision performance typically associated with harmonic drives. Boasting a motion accuracy of less than 1 arc-minute, the CD Series offers single-stage reduction ratios ranging from 49:1 to 99:1. While retaining the inherent high rigidity and reliability of cycloidal transmission, the series elevates torque density to the level of harmonic reducers.


Through innovative bearing configurations and lubrication system designs, the product achieves a transmission efficiency exceeding 90% within a compact outer diameter range of 54 to 130 mm. This effectively resolves critical industry pain points—such as rigidity degradation and thermal deformation—often encountered in high-precision applications. The series is particularly well-suited for fields with stringent requirements regarding spatial layout and dynamic precision, such as collaborative robot joints and humanoid robots.


The CD Series: Achieving a leap in performance through structural innovation, and providing a new generation of power solutions for precision equipment.

Product Specifications
product model Gear Ratio Rated Torque (Nm) Rated Input Speed (rpm)

Starting/Stopping

Torque (Nm)

Peak Torque (Nm) Backlash (arcmin) Efficiency (%) Weight (g) Maximum Diameter (mm) Hollow Shaft Diameter (mm) Installation Height (mm)
       

 

             
Multi-Industry Application Solutions
Ranging from humanoid robots, robotic dogs, and high-precision writing robots to heavy-duty
AGV logistics carts, we provide optimal transmission solutions for a diverse array of scenarios
Humanoid Robots
It delivers exceptionally high power density and low back-drivability to the various joints of humanoid robots, ensuring fluid motion, while its lightweight design reduces the robot's overall load}
Quadruped Robots
Featuring high impact resistance and a compact design, it meets the demands for high-frequency dynamic response across complex terrain. Its joints are engineered to withstand shock loads and deliver high torque output, thereby ensuring stable locomotion and obstacle-crossing capabilities.}
Dexterous Hands
Leveraging its advantages of high precision, robust torque, and lightweight design, the cycloidal reducer empowers exoskeleton robots with a more natural gait, more stable support, and greater safety with every step}
Collaborative Robots
Scenarios involving precision control and human-robot collaboration demand smooth operation and low noise levels. Minimal backlash ensures high repetitive positioning accuracy, while a lightweight design facilitates human-robot collaboration, making such interactions more precise and safer.}
Dexterous Hands
Leveraging its advantages of high precision, robust torque, and lightweight design, the cycloidal reducer empowers exoskeleton robots with a more natural gait, more stable support, and greater safety with every step}
AGV/AMR Mobile Platforms
Featuring high load-bearing capacity and high-efficiency transmission, this hub drive extends operating range and ensures smooth, quiet chassis operation, making it ideally suited for automated warehousing and logistics equipment}
0106
//