Logistics Warehousing and Conveying Equipment Industry

Gear reducers are core power transmission components in logistics warehousing and conveying equipment. Their function is to convert the high-speed operation of the motor into the low-speed, high-torque output required by the equipment, while ensuring transmission accuracy and stability. With the trend of automation and intelligent upgrading in logistics warehousing, gear reducers are widely compatible with various conveyor lines, sorting equipment, and automated warehouse equipment, directly affecting the operational efficiency and reliability of the entire logistics system.

I. Core Application Scenarios and Compatible Models

Automated Conveyor Lines (Belt/Roller/Chain Conveyors) Requirements: Stable low-speed operation, continuous torque output, and in some scenarios, forward/reverse rotation and self-locking functions. Compatible Models: Helical gear/hardened gear reducers (high efficiency and low noise), worm gear reducers (suitable for inclined conveyors, preventing goods from slipping).

Automated Sorting Equipment (Cross-belt/Swing Gear/Slider Sorters) Requirements: High-frequency start/stop, precise positioning, high response speed, and resistance to instantaneous impact. Compatible Models: Planetary reducers (low backlash, high rigidity, compatible with servo motors), precision gear reducers (meeting high-speed sorting requirements). Core Equipment for Automated Warehouses:

Stacker Cranes: Require precise 3D positioning and high torque; compatible with servo planetary reducers (millimeter-level positioning) and heavy-duty hardened gear reducers.

Shuttle Cars/AGVs/AMRs: Require compact and lightweight design and flexible steering; compatible with micro planetary reducers/harmonic reducers and wheel-side reducers (heavy-duty AGVs).

Palletizing and Unloading Equipment (Palletizers/Loading Robots): Requirements: High load capacity and precise attitude control. Compatible Models: Hardened gear reducers (heavy-duty cargo palletizing), planetary reducers (precise drive for robotic arm joints).

II. Core Value

Efficiency and Energy Saving: Precisely matches speed and torque, reducing power loss and improving the efficiency of conveying, sorting, and storage operations.

Stability and Safety: Low backlash and high rigidity design reduce equipment vibration; self-locking function prevents slippage and improves operational safety.

Intelligent Adaptability: Compatible with servo/stepper motors, supporting precise control of unmanned and automated systems.

Cost Reduction and Durability: Wear-resistant materials extend service life and reduce downtime maintenance costs.

III. Selection Guidelines

Select the model based on load torque, allowing for a safety margin;
Choose planetary reducers for high-precision applications and gear reducers for general conveying applications;
Prioritize compact and lightweight models for small equipment;
Consider the temperature and humidity of the storage environment, selecting products with excellent dustproof, rustproof, and heat dissipation properties.