Bulldozers have the following benefits:
High work efficiency: Bulldozers can change the terrain by compacting and moving soil, and can efficiently complete large-scale earthwork work, especially when leveling the land, its efficiency is more prominent.
Wide range of operations: Bulldozers can be used in various terrains and roads, and their soft hydraulic system can adapt to different terrain environments. In addition, bulldozers have certain climbing capabilities and can be competent for more complex earthwork operations.
High reliability: Bulldozers are designed with advantages such as high strength and durability, which can meet the needs of long-term heavy-duty work. Its maintenance is relatively simple, and the machine life is relatively long.
Simple operation: Bulldozers are relatively simple to operate, and the operator can easily control the machine by controlling the pull rod, pedals and other tools. The system of the machine is also relatively intuitive, and the operator only needs to master it simply to operate it.
Versatility: Bulldozers are not only used for bulldozing and filling, but also for mining, rolling, loading and transportation, demolition and flipping, and disaster relief operations. This makes bulldozers widely used in engineering construction and rescue fields.
Bulldozer structure and working principle:
The core function of a bulldozer is to move and flatten large amounts of soil, sand, gravel or other materials. Its working process can be simply divided into several steps: shoveling, pushing, and leveling. A large bulldozer is installed in front of the bulldozer, which can easily push soil or other materials from one place to another. The structure of a bulldozer is relatively complex, mainly including the cab, track wheels, engine and bucket. The cab controls the movement and bulldozing direction of the bulldozer, the engine provides power, and the bucket performs operations.
