Automotive pillars: how they benefit the handling of auto components

When a part needs to be loaded, movable supports automatically arm, ensuring that the component is securely and stably positioned without an operator. This automated process not only reduces loading and unloading time, but also the risk of damage or errors.
Each column consists of a chamber containing the flaps and the mechanism for automatic handling. Inside this chamber, the movable flaps move according to the control system instructions, perfectly synchronizing with the robots that load and unload the components. The system is designed to handle a wide range of automotive components, from the smallest and most delicate to the largest and heaviest, always ensuring precision and safety.
In particular, metal racks with stacker pillars can accommodate car parts such as bonnet, roof, panoramic roof, windscreen ring, batteries and battery covers.

Through the use of advanced technologies, automotive stacker pillars significantly improve operational efficiency, optimizing production times and reducing costs associated with labor and downtime. Their integration with robotic systems and the absence of an operator during the most demanding operations, make these devices an ideal choice for modern production lines, where automation and efficiency are essential.

Stacker pillars for the handling of components offer a number of significant advantages, allowing to optimize and speed up production processes in the automotive industry. Let’s see in detail their main advantages:

• operational efficiency: stacker pillars allow a fast and precise transfer of components, greatly reducing downtime. The automation of these operations ensures a continuous flow of materials, eliminating delays caused by manual interventions;
• cost reduction: the use of automatic stacker pillars reduces the need for labor, lowering the overall operating costs. In addition, reducing human error and component damage results in lower replacement and repair costs;
• precision and reliability: stacker pillars are designed to operate with extreme precision, ensuring that the components are handled without damage. Their reliability reduces interruptions in the production process, improving the quality of the final product;
• increased safety: these systems minimize human intervention in loading and unloading operations, reducing the risk of accidents and ensuring adequate protection of components. Automated handling of components prevents accidents and ensures a safer working environment;
• versatility: metal racks with stacker pillars are highly versatile and can be designed to adapt to different types of components, of various shapes, weights and sizes. This flexibility makes them ideal for different applications within automotive manufacturing;
• integration with advanced technologies: stacker pillars can be integrated with advanced automation systems, such as industrial robots and automated production lines. This ease of integration further improves the efficiency and productivity of the entire process;
• space optimization: the use of stacker pillars allows a better organization of the space inside factories and warehouses. These devices take up less space than traditional methods of handling, allowing a more efficient arrangement of work areas;
• ease of maintenance: stacker pillars are built with resistant materials and require less maintenance than traditional systems. This results in increased operational availability and lower maintenance costs over the long term.

Stacker pillars are installed on sturdy metal racks, designed to ensure maximum protection of components during all phases of loading and unloading. The solidity of the structure, combined with the efficiency of the internal stacker pillars, allows to move and transport automotive components in optimal conditions, significantly reducing the risk of damage. This is an essential aspect to ensure that components can be used in production processes and arrive at their destination intact and ready for use.

A further advantage of Ferrero stacker pillars is their ability to be integrated with advanced automation technologies, including industrial robots, thus allowing automated and precise handling of components. Ferrero Automotive’s approach to design includes an initial study phase, the 3D design of metal racks, the realization of the prototypes and the subsequent 3D measurement to ensure the strict respect of the tolerances necessary to allow the robots to move the components.

For more information on automatic stacker pillars or other products and services offered by Ferrero Automotive, contact us!