Definition

Engineering machinery is busy at both ends, officially known as backhoe loader, which is a multi-purpose, high-efficiency small engineering machinery that integrates the excavation function of an excavator and the loading function of a loader. Its unique structure is that the front end is a loading device and the rear end is an excavation device. The operator only needs to turn the seat during construction to easily switch the working end and achieve seamless switching between excavation and loading operations.

Use scenario

Municipal construction: In cities, it is used to lay water pipes, gas pipes, cables, etc. Dig cable trenches and pipeline trenches, break and repair the road surface, and clean up urban garbage. It can also be used for tree transplanting, tree pit digging, site leveling and other tasks in urban landscaping.

Agricultural water conservancy construction: undertake the tasks of digging irrigation ditches and drainage channels, building small dams and ponds, and leveling farmland, which helps to improve farmland irrigation and drainage conditions and improve agricultural production efficiency.

Rural housing construction: When building houses in rural areas, it can be used to dig foundations, transport building materials such as sand, gravel, and soil, and level the construction site to create good basic conditions for house construction.

Highway construction and maintenance: It can be used for digging ditches and repairing shoulders in highway construction, as well as crushing and cleaning damaged roads. In highway maintenance, backhoe loaders can quickly deal with road diseases, such as digging and repairing potholes, burying underground drainage pipes, etc.

Power engineering: Cooperate with power construction, dig foundation pits for electric poles to provide basic support for the burial of electric poles, and can also be used for cable trench excavation during cable laying.

Advantages

One machine for multiple uses: It integrates multiple functions such as excavation, loading, crushing, leveling the site, digging ditches, laying pipes, etc. By installing different accessories, such as breaker hammers, forks, grabs, sweepers, vibratory rammers, etc., it can adapt to various construction needs and greatly improve the utilization rate of equipment.

Flexible and efficient: The equipment is compact and highly maneuverable. It can freely shuttle and operate in narrow streets, alleys, courtyards and other places with limited space, as well as in complex terrain. And it can quickly switch working modes in a short time, reducing the time for equipment replacement and scheduling, and improving construction efficiency.

Easy to operate: The operator can switch the working end by turning the seat. The operation is relatively simple, which reduces the labor intensity of the operator and facilitates the operator to quickly master the operating skills and improve the accuracy and safety of the work.

Benefits

Economic benefits: For construction companies or individuals, buying or renting a two-end busy can reduce the cost of purchasing multiple single-function equipment. One two-end busy can complete multiple tasks, without the need to equip multiple equipment such as excavators and loaders at the same time, reducing the purchase cost and maintenance cost of the equipment. During the construction process, due to its high efficiency, the project period can be shortened, thereby reducing labor costs and management costs, and improving overall economic benefits. At the same time, the two-end busy can also be used for leasing business, bringing additional rental income to equipment owners.

Social benefits: In public projects such as municipal construction and farmland water conservancy, the use of two-way busyness can improve the speed and quality of project construction, better meet the needs of social development, improve urban infrastructure and rural production and living conditions, and create more value for society. For example, in cities, pipeline laying, road repair and other projects can be completed quickly to reduce the impact on traffic and residents' lives; in rural areas, the construction of farmland water conservancy facilities can be accelerated to promote agricultural development.