How can a 100-ton excavator be adapted to super-heavy excavation operations through technological upgrades? ​

The 100-ton excavator focuses on "super load-bearing capacity and efficient operation" in terms of craftsmanship. It is made of high-strength wear-resistant steel for the bucket and boom, and is reinforced through multiple welding processes. The bucket capacity reaches 5-6 cubic meters, capable of excavating a large amount of soil and rocks at one time. The chassis adopts a widened track design, and the ground contact pressure is controlled within 0.18MPa, making it suitable for operation in soft ground. It is equipped with a high-power diesel engine and a hydraulic system at the same time, with a digging force of 380kN and an operation cycle time shortened to 25 seconds per time. These process designs endow the 100-ton excavator with an extremely strong working capacity, making it suitable for super-heavy excavation scenarios.

In application scenarios, the 100-ton excavator is the core equipment for large-scale projects. In mining operations, it can efficiently excavate iron ore, coal and other minerals, and cooperate with mining trucks to complete the transfer. In the construction of water conservancy hubs, 100-ton excavators can dig deep foundation pits and clear river silt, ensuring the progress of the project. In large-scale land reclamation projects, its large bucket capacity can quickly complete earthwork filling, shorten the construction period and reduce the project cost.

With the increasing demand for large-scale engineering construction, 100-ton excavators are continuously optimizing their processes, such as adding intelligent monitoring systems to monitor the equipment status in real time. In the future, it will further enhance fuel efficiency, reduce carbon emissions, provide more efficient operation solutions for heavy projects such as mining and water conservancy, and promote the development of excavation equipment towards "large tonnage and low energy consumption".