Executive summary
MAN's Nuremberg plant faced mounting challenges in automating the supply of small load carriers (KLTs) to its engine assembly and battery production lines. Manual handling processes created bottlenecks and inefficiencies, necessitating an automated solution. By deploying 12 SOTO robots from Magazino, MAN achieved full automation of the material supply process, optimized logistics workflows, and substantially reduced dependency on manual labor. This case exemplifies how AI-driven robotics can transform traditional manufacturing operations.
The Client
MAN, a leader in commercial vehicle manufacturing, has long been known for its innovative approach to logistics and assembly processes. Operating from its Nuremberg plant, the company sought to future-proof its production logistics, particularly as it prepared for expanding operations into electric battery production. Facing challenges with manual handling of KLTs, MAN needed a robust, flexible solution that seamlessly integrated automation into its logistics system.

The challenge
Before implementing automation, MAN's Nuremberg plant faced logistical inefficiencies. Key challenges included:
- Manual handling bottlenecks: KLTs were manually transported between the automated small parts warehouse (AKL) and assembly lines, slowing operations.
- Process inefficiency: Relying on human labor for repetitive and time-sensitive tasks caused delays and constrained workforce potential.
- Scalability concerns: The upcoming pivot to electric battery production required a solution adaptable to new operational demands.
- Flexibility requirements: Different container sizes and varying shelf heights needed an adaptable solution to optimize space and logistics.
These challenges jeopardized MAN’s ability to scale efficiently while maintaining its operational excellence.
The solution
To address these challenges, MAN collaborated with Magazino to implement a fleet of 12 SOTO robots, revolutionizing its material transport system. The solution included:
- Autonomous robotics: SOTO robots were deployed to autonomously transport KLTs between the AKL and assembly lines, eliminating manual intervention.
- Adaptive grippers: These robots feature grippers that adjust to varying container sizes and shelf heights, offering unparalleled flexibility.
- Integrated processes: Machine-readable codes on shelves and labels enabled seamless container identification and sorting, boosting process efficiency.
- End-to-end automation: By automating the entire KLT supply process, the "last mile" of logistics was transformed, allowing human workers to focus on higher-value tasks.
This solution not only modernized MAN's logistics but also established a scalable foundation for future battery production.
VDA KLT – Small load carriers for precision logistics
KLT containers are specialized small load carriers tailored for the automotive industry and other precision logistics applications. They are built to meet VDA standards, ensuring compatibility with automated systems.
KLT containers feature reinforced bases for heavy loads, ergonomic handles for easy manual handling, and smooth interiors to protect delicate components. Their modular design allows seamless integration into supply chains while maximizing space efficiency.
Our customers benefit from their durability, standardization, and suitability for high-precision operations.

Results
The implementation of SOTO robots delivered measurable results that exceeded expectations:
- Full automation achieved: The previously manual KLT supply process was entirely automated, eliminating bottlenecks.
- Optimized logistics: MAN improved material supply efficiency, ensuring smooth operations between the warehouse and assembly lines.
- Prepared for the future: The solution is scalable, designed to accommodate the increasing demands of battery production lines.
- Reduced dependency on manual labor: Automation freed up human workers for more complex, value-driven tasks.
- Seamless integration: SOTO robots seamlessly fit into existing logistics workflows, demonstrating compatibility with MAN's established systems.

The introduction of SOTO marks another step toward the future of logistics at our Nuremberg plant. The retrieval process with small load carriers from Utz is now fully automated, which exemplifies the ongoing digitization and automation of our logistics operations. It is impressive to see humans and robots working together so harmoniously in our facility.
Conclusion
The successful collaboration between MAN and Magazino highlights the transformative power of automation in modern logistics. By deploying SOTO robots, MAN not only addressed its immediate issues with KLT supply but also positioned itself as a forward-thinking organization capable of adopting new technologies.
The partnership has laid a strong foundation for future advancements, including the scaling of battery production operations. This case demonstrates how AI-empowered robotics can redefine operational efficiency in manufacturing, making it a model for other industry leaders to follow.

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