To meet different production needs, we have also introduced plastic racks into our product range, specifically designed for the automotive sector. They are developed by our technical department and produced using the injection moulding process, with suitable moulds and machinery. The plastic racks are designed and optimised to hold various parts, such as batteries, engine components and other small- and medium-sized components of any shape.
Ferrero Automotive offers a complete range of products, the result of careful design and advanced production processes, capable of meeting every requirement of the sector.
Thanks to 3D prototyping and the selection of different materials, colours and thicknesses, each rack can be tailored to specific production requirements.
Stackable both empty and full, they optimise space and handling, making material management simpler and more effective.
The shaped racks can be converted into lids simply by rotating them 180°, ensuring stable fastening and maximum protection for the components.

Ferrero Automotive operates across a range of industrial sectors, providing tailored and innovative solutions for specific production and logistics requirements.
Advanced solutions for the automotive industry, from design to the production of specific metal racks for leading automotive manufacturers and global component suppliers.
Our automotive plastic racks are specifically designed to hold and organise a wide range of automotive parts and components efficiently. Thanks to their flexibility and modularity, you can optimise space management and hold and organise specific components efficiently throughout the various production stages, while also protecting them from impacts, scratches and other potential damage. Made from durable plastic materials, the racks can withstand daily stresses and ensure that your components remain safe during transport and storage.

Do you have a robotic automation project? Contact us for a tailored consultation and discover how our solutions can transform your production.