All plants connected to metallurgy, such as steel, forges, heat treatment and foundries have different technical and performance requirements, but all require total safety in operation.
Foundry Handling Solutions | ITALCARRELLI
This industry requires very robust machines able to withstand harsh working conditions due to heavy loads and high temperatures.
ITALCARRELLI combines common features in terms of performance, safety and reliability of its transporters with durability in order to be compatible with this sector of use.
Self-propelled industrial carts for the foundry sector
Specialised solutions for industrial handling in heavy foundry operations
We design and manufacture specific self-propelled industrial carts for the heavy metallurgy and foundry sector. Facilities involved in metallurgy, such as steel mills, forges, heat-treatment plants and foundries, have different technical and performance requirements, but all need specialised machines and carts to operate safely. Our transporters are designed for handling foundry materials and moulding equipment, an industrial environment that requires maximum strength, precision and resistance to extreme conditions. They are engineered for transporting high-temperature loads, molten metals and heavy components.
Specialised carts and self-propelled vehicles for foundry applications
Customised vehicles can be supplied for every stage of the foundry production process, from handling pouring containers to managing moulds, crucibles, billets and semi-finished products. Key features include reinforced structures for high loads, heat-resistant coatings and materials, customised support surfaces for containers and moulds, and electronic control systems for precise positioning even in dusty, high-temperature environments. Remote-control operation is also available. These self-propelled carts are ideal for moving heavy moulds between production lines, transporting crucibles and semi-finished materials, supporting internal logistics between furnaces, casting lines and warehouses, and optimising production flows in complete safety.
