Small cultivators are an indispensable part of modern agricultural machinery, characterized by their lightweight, flexibility, high efficiency, energy saving, multifunctionality, strong adaptability, and easy maintenance. In the future development, small tillage machines will continue to play an important role, providing strong support for the modernization and efficiency of agricultural production.

Small cultivators are compact in size, lightweight, and easy to move and operate in the field. By adopting advanced power systems and transmission devices, farming tasks can be efficiently completed while reducing energy consumption and emissions. Different cultivation components can be replaced according to different cultivation needs, achieving various functions such as soil turning, loosening, weeding, and ridge formation. Capable of adapting to different types of soil and terrain conditions, including dry land, paddy fields, mountains, etc. The structure is simple, and the components are easy to disassemble and replace, making it convenient for users to carry out daily maintenance and upkeep.

Small tillage machines, as an important component of modern agricultural machinery, play an important role in farmland cultivation due to their lightweight, flexible, and efficient characteristics.

As a powerful assistant in modern agriculture, rotary tillers play an important role in agricultural production. Through proper use and continuous improvement, rotary tillers will better serve agricultural production and contribute to the development of modern agriculture.

With the continuous advancement of agricultural modernization, rotary tillers are also constantly developing and improving. In the future, rotary tillers will develop towards wide width high-speed types and joint operation units. The wide width high-speed rotary tiller will adapt to the demand for intensive and large-scale production of rice, improving cultivation efficiency and quality. The joint operation unit can achieve the integration of multiple functions, reduce operation links and costs, and improve agricultural production efficiency.

Rotary tillers are mainly divided into three types according to the configuration of their rotary blade shafts: horizontal axis, vertical axis, and inclined axis. Among them, the horizontal rotary tiller is the most widely used due to its strong soil crushing ability. With one operation, the soil can be finely divided, the soil and fertilizer can be evenly mixed, and the ground can be leveled, meeting the requirements for sowing in dry land or planting in paddy fields. However, the horizontal rotary tiller has poor coverage ability for residues and weeds, shallow tillage depth (12-16 cm for dry tillage and 14-18 cm for water tillage), and high energy consumption.