The rotary tiller with intermediate gear transmission structure has various remarkable features, especially in terms of transportation efficiency and power transmission.
First, the intermediate gear transmission structure rotary tiller gears transmission structure makes the rotary tiller more efficient in power transmission. This structure is connected to the output shaft of the tractor through a two-stage gear box, which can effectively transfer power from the tractor to the rotary tiller, reduce energy loss, and thus improve operating efficiency. This design is especially suitable for tractors from 12 to 80 horsepower, which can meet the plowing needs of farmland of different sizes.
Secondly, the gearing feature of the High transportation efficiency rotary tiller gears allows two adjacent rotary knives to rotate in opposite directions, and this design helps to eliminate resistance in the soil and improve the uniformity and depth of tillage. In addition, the structure of the gear drive requires a high degree of rigidity to ensure stability and durability under high-intensity operations.
Finally, rotary tillers with intermediate gear drives usually have high operational quality and efficiency, and can flexibly cope with different soil conditions, suitable for both dryland and paddy fields. This efficient power transmission and structural design makes rotary tillers more and more popular in modern agriculture.
