ITALCARRELLI designs and manufactures robust self-propelled transporters that are applied in many industrial sectors including construction materials.
Building Materials Handling Solutions | ITALCARRELLI
Cement fibre panels or steel structures and much more, ITALCARRELLI engineers will design the most appropriate handling solution taking into account the use and working environment and with attention to the operator safety during the manoeuvres, always without compromising the operation of the machine.
Self-propelled industrial carts for building materials
Handling solutions for building materials such as concrete, precast fibre-cement and steel structures
We design and manufacture self-propelled industrial carts for building materials, ideal for the safe, efficient handling of heavy and bulky loads inside production plants, warehouses and construction sites. Our solutions, including self-propelled inloaders for building materials, are used in many areas of the construction industry, where reliability, robustness and precise manoeuvring are essential requirements.
From fibre-cement panels to steel structures, through to precast blocks, bricks and composite slabs, we provide customised, high-performance self-propelled vehicles. Handling needs are assessed by taking into account weight, volume, frequency of use and the operating environment, which is often characterised by dust, uneven floors and confined spaces.
SOLUTIONS
Solutions dedicated to Building materials
Concrete fibre panels or steel structures: tailor-made handling solutions for all types of large and heavy materials.
Self-propelled carts for handling concrete and building materials
In particular, we offer dedicated solutions for handling building materials, with transport systems that remain stable and safe even on unpaved floors. These self-propelled transporters can be equipped with supports and adapters, load-centring systems, electronic guidance or radio remote control to give the operator precise and safe control. Operational safety is a core aspect: the design focuses on reducing the risk of tipping, overloading or interference with other moving equipment, while maintaining the agility and efficiency of the machine.
