Pick&Carry Cranes

Thanks to advanced technology incorporating highly efficient electric motors, electric self-propelled cranes offer smooth and controlled movements, allowing optimal handling even in environments with limited space. The precision with which they can operate allows loads to be positioned with pinpoint accuracy, minimizing the risk of damage to delicate materials or surrounding structures. In addition, the ability to perform complex movements quickly and quietly increases productivity and safety in the workplace, making electric self-propelled cranes the ideal solution for operations that require accurate and versatile manoeuvring, such as lifting and positioning heavy loads in confined areas or within production facilities.

Le gru semoventi elettriche rappresentano una scelta sostenibile per le aziende che vogliono ridurre significativamente il loro impatto ambientale. Non producendo emissioni di CO2 durante l'uso, contribuiscono attivamente a ridurre l'inquinamento atmosferico e a limitare l'impronta di carbonio dell'intera azienda. Grazie al loro funzionamento elettrico, queste gru eliminano la necessità di combustibili fossili, riducendo così anche le emissioni di gas serra e migliorando la qualità dell'aria nei siti di lavoro, soprattutto in ambienti chiusi o in zone ad alta densità urbana. Inoltre, il funzionamento silenzioso e l'assenza di fumi nocivi migliorano le condizioni di lavoro per gli operatori, rendendo queste macchine non solo ecologiche, ma anche vantaggiose per la salute e la sicurezza. In un'epoca in cui la sostenibilità è una priorità per molte aziende, le gru semoventi elettriche rappresentano una soluzione ideale per coniugare efficienza operativa e rispetto per l'ambiente.

Being powered by on-board accumulators, electric self-propelled cranes offer high energy efficiency, consuming significantly less energy than conventional cranes powered by fossil fuels. The efficiency of electric motors not only reduces the energy required for operation, but also enables optimized working cycles, reducing downtime and improving overall productivity. This translates into lower operating costs, as electrical energy is often cheaper and more stable than fossil fuels, and is subject to fewer price variations.

Being electrically powered, electrically self-propelled cranes produce significantly less noise than conventional internal combustion cranes, greatly improving the working environment for operators. The reduced noise not only creates more comfortable and safer working conditions, but is also an important advantage for operations in noise-sensitive areas, such as city centers or enclosed industrial environments. The use of these silent cranes also facilitates communication between operators and improves overall safety in the workplace, as it allows greater attention to acoustic and visual signals that are essential for safe and coordinated operations.