High Precision Planetary Gearbox

Multi-Tooth Simultaneous Meshing Structure

Planetary gear structures inherently possess multi-point force distribution characteristics, resulting in uniform load distribution, high torque density, and a compact structure.

Low Backlash Control

Backlash affects servo positioning errors, robot repeatability, and CNC machining quality. Through precision gear machining and assembly control, low backlash output is achieved, making system control more precise.

High Rigidity Structural Design

During high-speed acceleration and deceleration, insufficient structural rigidity in the high-precision planetary gearbox can lead to dynamic vibration, precision drift, and premature bearing wear. A high-rigidity housing and optimized bearing support structure ensure long-term stable operation.

Servo Motor Gearbox
Industrial Robots
CNC Machine Tools
Automated Assembly Lines
Semiconductor Equipment
Medical Equipment
Precision Positioning Platforms

We Support System Selection Engineering

We can calculate and recommend a reduction ratio based on your load inertia and duty cycle.

We Provide Servo System Matching Suggestions

We assist you in matching the appropriate motor model.

We Conduct Application Risk Assessments

To avoid overload and accuracy mismatch issues.

Technical Communication During Project Phases

We support cooperation during the prototype testing phase.

Long-Term Supply Stability

We prioritize the long-term performance of our customers' equipment.

If you are looking for a precision transmission solution that can operate stably for a long time, please contact us to obtain technical specifications and selection advice, so that your equipment can have higher positioning accuracy, more stable output and stronger market competitiveness.