Reeman AMR Autonomous Forklift Solves Multi-Floor Factory Logistics Bottlenecks

 Reeman AMR autonomous forklift is increasingly adopted by manufacturers facing complex internal logistics challenges, especially in multi-floor factories where traditional manual forklifts struggle with efficiency, safety, and labor stability. In many manufacturing plants, materials must be transported frequently between warehouses, production floors, and assembly areas, making internal logistics a hidden but critical bottleneck.

In luggage manufacturing, electronics assembly, and light industrial production, cross-floor pallet transport often relies on manual forklift drivers and elevator coordination. This process is slow, labor-intensive, and highly dependent on skilled workers. During peak production seasons, delays in material delivery can directly interrupt production schedules and reduce overall equipment effectiveness.

Why Traditional Forklifts Fail in Multi-Floor Logistics

Manual forklifts require operators to wait for elevators, maneuver in crowded corridors, and handle pallets repeatedly. A single cross-floor transport task can take more than 20 minutes. High repetition and physical intensity lead to high labor turnover, increased training costs, and frequent operational errors.

Traditional AGV systems also struggle in these environments because they depend on fixed routes, magnetic tapes, or QR codes. Any layout change requires additional installation and downtime, which limits flexibility in real factory operations.

How Reeman AMR Autonomous Forklift Changes the Workflow

Reeman AMR autonomous forklift uses laser SLAM navigation combined with intelligent perception to operate without magnetic tape or fixed infrastructure. The system builds a real-time map of the factory and dynamically plans optimal routes, even in environments with frequent human and vehicle movement.

For pallet handling, the forklift integrates vision recognition and infrared sensing, allowing it to accurately identify pallet positions and fork loads with millimeter-level precision. This ensures stable handling of heavy materials and finished goods without relying on manual alignment.

Autonomous Elevator Integration for Seamless Multi-Floor Transport

A key advantage of the Reeman AMR autonomous forklift is its ability to operate elevators autonomously. The forklift communicates directly with the elevator control system, enabling automatic calling, safe entry, precise positioning, and controlled exit on the target floor.

This capability reduces single transport cycle time by more than 60 percent compared to manual operations. Materials flow continuously between floors without human intervention, eliminating elevator congestion and coordination delays.

Measurable Results in Real Factory Applications

In a large luggage manufacturing facility, deploying multiple Reeman AMR autonomous forklifts replaced eight manual transport workers. Daily pallet transport increased by more than 25 percent, while product damage rates dropped significantly due to consistent and controlled handling.

Managers gained real-time visibility into every transport task through the fleet management system. This transparency eliminated information gaps between warehouse and production, making logistics predictable and controllable.

Scalability and Long-Term Automation Value

Unlike traditional automation solutions, Reeman AMR autonomous forklift systems scale easily. Additional forklifts can be added without modifying infrastructure, making them suitable for factories planning gradual automation upgrades.

The forklifts also integrate with warehouse management systems and manufacturing execution systems, enabling data-driven logistics optimization and long-term smart manufacturing strategies.



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