AMR Robots Upgrade High-Throughput Logistics in Beauty Device Manufacturing

 

High-Throughput Production Challenges in Beauty Device Manufacturing

In the beauty device electronics industry, fast product iteration, a large number of SKUs, and high assembly precision define a typical high-speed yet high-consistency production model. From core modules and housing components to final packaging, materials circulate frequently between warehouses and multiple production lines.

Any delay in material delivery directly impacts overall shipment schedules. As order volumes grow, traditional manual cart-based logistics gradually struggle to support such intensive and continuous production demands.

Logistics System Upgrade During Capacity Expansion

During its capacity expansion phase, a beauty device electronics factory in Guangdong proactively upgraded its internal logistics system. The factory introduced Reeman AMR robots from the Big Dog Series to handle daily material delivery between the warehouse and production lines.

With a rated load capacity of 100 kg, these robots are designed specifically for small material bins and turnover racks commonly used in electronics manufacturing. Their compact form allows stable operation in equipment-dense workshops with narrow aisles.

Autonomous Navigation in Human-Machine Mixed Environments

Unlike traditional automation solutions that rely on fixed routes or complex infrastructure changes, Reeman AMR robots use autonomous navigation and quickly adapt to existing factory layouts.

In beauty device workshops where human-machine interaction is frequent and workstation layouts change regularly, the robots continuously detect personnel, equipment, and temporary obstacles, dynamically adjusting their routes to ensure safe and uninterrupted material delivery.

Cross-Floor Logistics with Autonomous Elevator Operation

To accommodate the factory’s multi-floor layout, Reeman AMR robots also handle cross-floor material transport. The robots autonomously use elevators to change floors and deliver materials directly to designated production lines or process areas.

This capability reduces the time and labor intensity associated with manual stair and elevator transport, creating a true point-to-point connection between the warehouse and production lines.

On-Demand Material Delivery Based on Production Rhythm

In daily operation, production staff can initiate delivery requests remotely through the system based on real-time production rhythm. After receiving a task, the robot automatically travels to the warehouse, collects materials, and delivers them along the optimal route.

This eliminates waiting and material accumulation caused by fixed-time delivery schedules, allowing material supply to closely match actual production status.

Building a Stable and Efficient Internal Logistics System

As multiple Reeman Big Dog AMR robots operate collaboratively, the factory’s internal logistics gradually form a stable and efficient automated system. Warehouse-to-line transport becomes more orderly, manual intervention is significantly reduced, and production rhythm stability improves.

Through this upgrade, the beauty device electronics factory not only alleviated labor pressure but also laid a solid foundation for future capacity expansion and smart manufacturing initiatives. Reeman AMR robots have become a core component of its internal logistics system.

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