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Case Study

FLEXILITY® Magic® for Transporting Automotive Components

A European automaker uses FLEXILITY® Magic® load carriers from FEURER to transport components. The design takes account of component protection, handling and the arrangement of load carriers within the transport process.

The challenge

Requirements for Component Protection and Transport

When transporting components such as headlights, door panels or glass roofs, component protection, available transport capacity and handling during loading and unloading need to be considered.

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Solution

FLEXILITY® Magic® load carrier

FLEXILITY® Magic® load carriers are designed for the requirements of the intended transport process. Space requirements in loaded and empty condition depend on the specific design and arrangement of the load carriers.

Design

Application Considerations

The following points need to be assessed when selecting and using a load carrier:

  • Component Protection
    Component protection and loading need to be assessed against the specific component geometry and transport requirements.
  • Handling
    Loading, unloading and internal transport need to be coordinated with the intended process.
  • Empty Transport
    The stacking and transport arrangement of empty load carriers depends on their specific design.
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Conclusion

Design for Components and Transport Processes

This example describes the use of FLEXILITY® Magic® load carriers in the automotive industry. Component geometry, handling, transport conditions and the intended stacking arrangement are key considerations when selecting a design.

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FEURER Arnaud Meyer 1

Your contact person

Arnaud Meyer

Sales Director Load Carriers

T. +33 629 702 172