#Japan #Tokyo #Rapyuta Robotics #PA-AMR #Nippon Access

Rapyuta Robotics Enhances Logistics Operations with PA-AMR

Rapyuta Robotics, headquartered in Koto-ku, Tokyo, Japan, has recently launched its latest picking assistant robot, the PA-AMR (Autonomous Mobile Robot), at the Tokyo West Logistics Center operated by Nippon Access, a major player in the food wholesale sector in Japan. This innovative initiative aims to streamline processes and enhance overall efficiency in the rapidly evolving logistics landscape.

Background of the Implementation

Nippon Access has faced several challenges in the logistics domain, particularly concerning labor costs, labor shortages, increased workload for staff, and issues with quality control becoming individualized. The operational steps involved in shipping, such as long-distance walking, cart transportation, and sorting work, placed a significant physical burden on staff, which in turn affected productivity and accuracy.

To tackle these challenges, Nippon Access considered implementing Rapyuta Robotics' PA-AMR. The decision came after a six-week pilot program, during which the actual operating environment was evaluated, data integration was tested, and stability of productivity was confirmed. This careful assessment led to the successful implementation of the PA-AMR, which has since been integrated into daily operations, allowing for ongoing improvements based on real-time data.

Key Benefits of the PA-AMR at Nippon Access

1. Transition from Total-Picking to Order-Picking

Previously, all items were picked in bulk before sorting was conducted. However, by switching to an order-picking process using the PA-AMR, Nippon Access eliminated the sorting phase entirely, significantly reducing the labor hours associated with sorting tasks. Automation of picking and transportation has allowed for impressive productivity levels, even with the order-picking method.

2. Reducing Labor Hours and Ensuring Continuous Efficiency

The implementation of the PA-AMR has not only maintained the same time requirements as traditional methods but has also enabled operations to be carried out with fewer staff members. This transition has directly improved productivity. Furthermore, by collecting and visualizing the labor data, Nippon Access has established a quantitative foundation for ongoing improvement initiatives within the operational setting. They anticipate continuing will focus on further efficiencies by utilizing such data.

Future Collaboration

Rapyuta Robotics and Nippon Access are committed to ongoing collaboration to address various logistical challenges using the PA-AMR.

Insights from Nippon Access

Fumiaki Murano, Acting Logistics Section Chief at Nippon Access's Tokyo West Branch, stated:

"At our center, we faced multiple issues, including workforce retention and the need for enhancing sorting efficiency. The PA-AMR, which we initially didn't consider, has enabled both operational efficiency and a reduction in personnel needed due to the order-picking system. We have observed significant results without having to change the existing layout. Our partnership with Rapyuta Robotics has allowed for continuous refinements to our processes, yielding effects beyond our expectations. Discussions are already underway for potential implementation in other locations as well."

About Nippon Access

Nippon Access, located at 1-1-1 Nishihinagawa, Shinagawa-ku, Tokyo, provides wholesale distribution services for food and related consumer goods, alongside consultancy in food safety and data processing services. For more details, visit Nippon Access.

About Rapyuta Robotics

Rapyuta Robotics, a spinoff company of ETH Zürich, specializes in developing advanced cloud robotics solutions. The company aims to make robotics more accessible and useful. Leveraging cutting-edge control and AI technologies, Rapyuta Robotics designs and rolls out robotic solutions and offers operational support. With a team of highly skilled engineers from over 30 countries alongside a bilingual sales and customer success crew, they propose optimal solutions tailored to their clients’ needs. For more information, visit Rapyuta Robotics.