Advanced automation in the handling of variable liquid loads

29 Sep , 2026  

In collaboration with a leading system integrator, Eurofork contributed to the development of an automated system for a company operating in the petrochemical sector.
The project involved the creation of an innovative solution for handling load units containing liquids, featuring variable telescopic forks spacing and a system designed to manage different pallet configurations, ensuring high operational efficiency and reduced cycle times.

High-density automation for large-scale retail: efficiency and speed in a greenfield warehouse

29 Sep , 2026  

In collaboration with a leading European system integrator, Eurofork contributed to the automation of a greenfield warehouse for a Spanish company operating in the large-scale retail sector.
The project involved the implementation of a highly automated system for handling unit loads transported on pallets weighing up to 1,200Kg (2,645.5lb), ensuring high storage capacity, operational reliability and performance aligned with productivity targets.

EUROFORK TELESCOPIC FORKS FOR OPTIMIZING LOGISTICS FLOWS

29 Sep , 2026  

For a central Italy-based company specializing in the production of photo frames, precious metal giftware and sacred furnishings, an Italian System Integrator developed two automated warehouses, integrating double-deep Eurofork telescopic forks and miniload systems for the handling of semi-finished and finished products. Chosen for their high performance and reliability, the telescopic forks have improved productivity and significantly reduced operating costs.

Telescopic forks for energy handling

23 Apr , 2025  

With the rapid transition to sustainable energy, global demand for batteries has surged. However, automotive and battery manufacturers face severe supply uncertainties, exacerbated by increasing competition for resources. This has led to delays and challenges in the production of new electric vehicles.
As demand for electric vehicles grows exponentially, production remains a complex challenge. At the heart of every electric vehicle – the battery – lies a manufacturing process divided into multiple critical stages. Without efficient handling and storage solutions, delays and bottlenecks can disrupt the entire production cycle.
In this context, advanced handling and storage solutions become essential, enabling the optimization of every stage of the production process, from electrode manufacturing to final inspection.