Automotive: Reusable load carriers for the automotive industry

In the automotive industry, standardized reusable containers are used to transport components safely, efficiently and with process stability throughout the entire supply chain. Requirements range from sensitive and fragile components to heavy and complex parts.

Automotive manufacturers and suppliers rely on individually adapted load carriers that reliably protect components throughout the entire logistics process while supporting stable operations in (partially) automated production and storage systems.

Requirements range from just-in-time and just-in-sequence deliveries to high circulation rates and reliable integration into automated systems. As a result, the demands on the design, material and functionality of the containers used are correspondingly high.

Requirements for containers in automotive logistics

Containers in the automotive industry are a key element of stable supply chains. They must reliably support both manual and automated processes while safely accommodating a wide range of components. Depending on the application and area of use, different requirements arise in terms of design, material and functionality.

• Process reliability: dependable handling in continuous logistics and production processes
• Stability and protection: protection of sensitive components during transport and storage
• Standardization: compatibility with established systems and standards, e.g. 
• Automation capability: suitability for conveyor systems, grippers and automated storage systems
• Stackability: efficient use of storage and transport capacity
• Cleanability: easy and reliable cleaning with high circulation rates
• Cost efficiency: reduction of process and transport costs through reusable systems

Which containers are used in the automotive industry?

In automotive logistics, different types of containers are used depending on the component, process requirements and level of automation. Choosing the right system has a direct impact on process stability, transport efficiency and component protection.

• Small load carriers: standardized containers for small parts, widely used especially in automated processes
• Collapsible containers: space-saving when empty, suitable for applications with a high return ratio
• Large load carriers: for large, heavy or bulky components
• Special containers: individually adapted solutions for specific components and requirements

The selection of the appropriate container type depends, among other factors, on component geometry, circulation concepts, level of automation and logistical framework conditions.

When are collapsible containers particularly useful?

Collapsible containers are particularly used when, in addition to safe transport, the efficiency of storage and return processes plays a key role. They combine stable constructions with reduced volume when empty.

• High return ratio: reduction of transport volume and costs when empty
• International supply chains: more efficient use of transport capacity
• Fluctuating production volumes: flexible adaptation to changing demand
• Combination of manual and automated processes: versatile use
• Optimization of storage space: reduced space requirements when not in use

Due to their properties, collapsible containers help to make logistics processes more cost-efficient and sustainable.