What is the difference between a mimi excavator and a general excavator?
Construction, ditch excavation, landscaping and other work places with narrow environments or high requirements for equipment size. Relatively speaking, general excavators refer to large excavators in engineering machinery, weighing 6 tons or more, and are mainly suitable for wider excavation sites, such as railways, highways, water conservancy, coal mines and other industries.
Secondly, from the perspective of mechanical structure, mini excavators usually use hydraulic servo control systems, which have high precision and sensitivity, and micro excavators also have two models of single-shaped expansion arms and double-shaped expansion arms to meet the excavation needs of different heights and depths. General excavators use hydraulic control systems, pay more attention to strength and load capacity, and their arms and buckets are longer and wider, and can cope with greater pressure and workload.
In addition, mini excavators are highly maneuverable and flexible. They are equipped with independent crawler systems that can rotate freely and flexibly in various terrains and complex environments, which enables micro excavators to operate efficiently in small spaces or complex construction environments. Although general excavators also have high operating efficiency, their operating flexibility in small spaces is not as good as that of micro excavators.
Finally, in terms of ancillary equipment, both mini excavators and general excavators can be equipped with different attachments and tools according to work requirements, such as buckets, grabs, pile drivers, etc., but considering the size and weight restrictions of micro excavators, the selection and configuration of their ancillary equipment may be different.
In summary, mini excavators and general excavators are significantly different in definition, applicable occasions, mechanical structure, mobility and flexibility, and ancillary equipment. When choosing which excavator to use, it is necessary to make comprehensive considerations based on the specific construction environment and work requirements.