Metal racks with stacker pillars designed to facilitate the handling of car components

Our metal racks with stacker pillars are designed specifically for handling and storing car components. They offer an effective solution for the processing of workpieces within the plants and, thanks to their resistant and compact structure, they guarantee maximum safety during loading and unloading operations.

We offer the possibility to customize the metal racks with stacker pillars to best meet your needs. With different internal size and configuration options, you can create a storage space tailored to your specific components. All containers can be manufactured according to the specific needs of each production line and designed to accommodate different types of components, including: coffers, roofs, panoramic roofs, windscreen rings, boards, batteries and battery covers.

Maximize production efficiency and organization with containers designed specifically for your company’s needs!

Metal pillars: the ideal solution to optimize and simplify production

Metal pillars are equipment installed on specific metal racks suitable for loading and unloading of car components by robots, and they are specifically designed to support the elements by means of mobile flaps which are automatically armed during the loading operations of the piece, without the need for an operator. Each pillar is composed of a chamber containing the flaps (movable supports) and all the mechanisms for the automatic movement of the elements.

The safety of your components is our priority. Metal racks with stacker pillars are designed to protect car components during loading and unloading. Internal metal pillars prevent movement and impact between components, minimizing the risk of damage. You can transport the components safely, knowing that they will arrive intact and ready for use.

The investments in research and development in the field of metal containers with columns are very strong in our company, as shown by the fact that all our concepts, prototypes and related productions are patented worldwide.