Product Description
Angle planetary reducer is a combination of planetary gear transmission principle and Angle output structure of precision reducer, its advantages are mainly reflected in the following aspects:
1. Compact structure, space saving
Right-angle output design: The output shaft and the input shaft are 90° or other specific angles, which can directly change the transmission direction, reduce the intermediate transmission components (such as couplings, gear boxes), and make the overall structure more compact.
Application scenario: Suitable for space-limited equipment (such as industrial robot joints, rotary tables, AGV drive wheels, etc.) to improve system integration.
2. High torque transmission capability
Planetary gear structure: Multiple planetary wheels evenly share the load, allowing greater torque transfer, suitable for driving heavy loads or high inertia loads.
Application scenario: Widely used in scenarios requiring large torque output (such as machine tool rotary table, logistics sorting rotary table).
3. High transmission efficiency
Low friction design: planetary gear mesh efficiency is high (usually ≥95%), energy loss is small, suitable for long-term high load operation.
Lubrication optimization: Use long-acting grease or forced lubrication system to reduce maintenance frequency.
4. Large transmission ratio range
Flexible reduction ratio: By combining different gear stages, the transmission ratio can be achieved from a few ratios to thousands of ratios to meet different speed and torque needs.
Application scenario: ADAPTS high-speed motor output, reduces speed and increases output torque.
5. High precision and stability
Low return clearance: precision-machined gears and bearings ensure transmission accuracy and are suitable for scenarios that require repeated positioning (such as industrial robots).
Smooth operation: multi-tooth simultaneous meshing design reduces vibration and noise, and improves equipment stability.
6. Long life and reliability
Balanced force: symmetrical distribution of planetary wheels to avoid single point overload and extend service life.
Durable materials: High strength alloy steel or special coating to improve wear and corrosion resistance.
7. Easy to integrate and maintain
Modular design: Standardized interfaces facilitate rapid integration with other components (e.g. motor, encoder).
Easy maintenance: Closed structure reduces the risk of contamination, and some models support maintenance-free operation.
Typical application scenario
Industrial robot: joint drive, rotary table.
Automation equipment: rotary table, conveyor drive.
Logistics warehousing: AGV/AMR drive wheel, sorting system.
Medical equipment: rotating examination table, precision transmission parts.
By combining the advantages of planetary transmission with the flexibility of angular output, the angular planetary reducer has become a key component in the field of modern precision transmission, especially in scenarios with limited space, high load and high efficiency requirements.
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