The EC750E from Volvo Construction Equipment is a 75 tonne class crawler excavator that is powered by Volvo’s Tier 4 Final/Stage IV compliant D16 engine.

The heavy-duty excavator delivers increased horsepower of 374 kW/502 hp using advanced fuel efficiency technology, ensuring an extremely responsive operation for maximum productivity and profitability.

The EC750E offers electro-hydraulic technology, optimised to operate in harmony with the robust engine, delivering greater operator control and productivity. The hydraulic system, in combination with Volvo’s ECO mode, works in unison to reduce internal losses in the hydraulic circuit – resulting in improved fuel efficiency without any loss of performance in most operating conditions.

The EC750E yields sound digging performance, including maximum break out forces of 323/342 (boosted) kN. It features a wide track gauge, long track length, a retractable undercarriage and an optimised counterweight for solid stability, enabling operators to work with confidence in adverse terrains.

An integrated work mode system is designed to enhance fuel efficiency and machine performance, allowing operators to choose the best work mode for the task at hand, ensuring the correct configuration for any job.

To further enhance controllability, these machines are equipped with high system pressure and durable tracks to ensure greater power and ease of handling when climbing gradients and traveling over unstable ground. With the ability to access hard-to-reach areas of a jobsite, combined with the newly developed fully electro-hydraulic system, customers can cut cycle times to a minimum and increase profitability.

The EC750E features a reinforced heavy-duty boom and arm built from high strength tensile steel, designed to work in harmony with the machine, maximizing uptime and performance. For added protection and reliability even in severe conditions, steel strips are welded under the arm, and a built-in, heavy duty plate is featured on the underside of the machine. Built with protected components, including a strong frame structure for longevity and sustained uptime in demanding applications, enables customers to achieve almost non-stop production.