Logistics Optimization for Multi-Module Printer Manufacturing

 

The Importance of Stable Logistics in Printer Manufacturing

Printer electronics manufacturing involves complex product structures composed of multiple functional modules, including control boards, mechanical components, housings, and consumable units. Production efficiency depends on synchronized workflows and consistent material supply to each assembly station.

As production scale increased, a large Shenzhen printer electronics factory found that manual cart-based delivery could no longer keep pace with frequent material movements and rapid product switching.

Deploying Reeman AMR Robots for High-Frequency Transport

To address these challenges, the factory introduced Reeman AMR robots from the Big Dog Series with a 100 kg payload. These robots were deployed to handle point-to-point delivery between the warehouse and production lines, replacing fragmented manual distribution with a structured automated process.

The solution was well suited to the factory’s small-batch, high-frequency logistics requirements.

Autonomous Navigation in Dense Production Areas

Reeman AMR robots operate autonomously without requiring magnetic tracks or complex site modifications. They quickly adapted to the existing factory layout and navigated safely through intersecting aisles and high-traffic production zones.

By continuously detecting obstacles and personnel, the robots ensured stable and safe delivery without interfering with ongoing assembly operations.

Supporting Parallel Assembly Lines with Intelligent Dispatch

With automated delivery in place, logistics routes between the warehouse and assembly stations became clearly defined. Once production tasks are released, robots execute transport missions automatically, reducing waiting time and unnecessary handling.

The system supports multi-robot coordination, allowing parallel assembly lines to receive materials consistently even during peak production periods.

Operational Results and Long-Term Value

After deployment, the factory achieved stable automated material delivery without increasing labor input. Production rhythm became more balanced, logistics visibility improved, and on-site safety conditions were enhanced.

With its flexibility, reliability, and ease of deployment, the Reeman AMR robot has proven to be an effective logistics foundation for printer electronics manufacturers pursuing smart manufacturing upgrades.

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