Precision Planetary Gearbox

Low Backlash Design, Ensuring Equipment Precision

The AURIC Precision Planetary Gearbox utilizes high-precision gear machining and strict assembly control, resulting in extremely small gear meshing backlash. This ensures greater accuracy during positioning and repetitive movements, reducing cumulative errors. It significantly improves equipment machining precision, reducing debugging time and after-sales issues.

High Torque Density, Saving Equipment Space

The planetary structure with multiple teeth simultaneously meshing to transmit power distributes the load across multiple gears, allowing for greater torque handling within the same volume. This enables a more compact design, reducing the overall size of the equipment.

High Transmission Efficiency, Reducing Energy Consumption

The Precision Planetary Gearbox achieves a high level of transmission efficiency.

This reduces power loss, improves system efficiency, and lowers energy costs during long-term operation.

High Rigidity Structure, Suitable for High-Speed Start-Stop Equipment

Optimized bearing layout and gear structure give the reducer high rigidity, ensuring stability even during frequent starts and stops.

Low-noise operation

The gears of this motor have undergone precision machining and optimized meshing design, resulting in smoother operation and significantly reduced noise, making it suitable for automated equipment with high requirements for the working environment.

Industrial Robots
Automated Production Lines
CNC Machine Tools
Laser Cutting Equipment
Semiconductor Equipment
Precision Testing Equipment
Packaging Machinery

We offer professional model selection support. Our engineering team can recommend suitable models based on motor parameters, equipment load, and operating environment.

We have customization capabilities. We support customization requirements such as reduction ratio, mounting structure, and output shaft type.

AURIC has stable mass production capabilities. Our mature production system can meet the long-term stable procurement needs of equipment manufacturers.

We have strict quality control. We have a complete quality inspection process from raw materials to finished products.

High-Precision Gear Machining Technology

Gear Precision Grade: DIN 6 – DIN 7

Gear Surface Roughness: Ra ≤ 0.8 μm

Gear Concentricity Error: ≤ 0.01 mm

This precision grade effectively reduces the impact and vibration generated by gears during high-speed operation, making the reducer run more smoothly and quietly.

Gear Surface Heat Treatment Strengthening

Performance Indicators After Treatment

Gear Surface Hardness: HRC 58–62

Gear Wear Life Increased by Approximately: 30%–50%

Under long-term operation, the gears wear more slowly, resulting in longer maintenance cycles.

Planetary Carrier Integrated Structural Design

Torque Load Capacity Increased by Over 20%

Reduced Structural Deformation Rate

More Even Load Distribution

This structural design enables the reducer to maintain stable transmission for extended periods in high-torque applications.

High-Precision Bearing Support System

Axial runout control: ≤0.02 mm

Bearing life rating: L10 ≥ 20,000 hours

Significantly improved output shaft stability

Precision Backlash Adjustment

Standard backlash: 8–12 arcmin

High-precision model: ≤5 arcmin

Smaller backlash significantly improves positioning accuracy, making this gearbox particularly suitable for automated equipment and precision machinery.

Factory Performance Testing

No-load operation test

Noise test (typically ≤65 dB)

Temperature rise test

Sealing performance test

If you are looking for a stable and reliable supplier of precision planetary gearboxes for automation equipment, robotic systems, or precision machinery, please contact us for detailed information and a quote.

Our engineering team can provide professional selection advice based on your equipment requirements, helping you find a more stable and efficient transmission solution.