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.

A small tiller uses its power unit (such as a gasoline engine, diesel engine, or electric motor) to drive rotary blades or other tillage components to rotate, cutting, turning, and crushing soil. The rotary tillage blade shreds the soil during rotation and throws it backwards, further shattering it after colliding with components such as the mudguard. Finally, the surface is scraped and leveled by a leveling device. During this process, the soil is finely divided, the soil and fertilizer are evenly mixed, and the surface becomes flat, providing good conditions for subsequent sowing or transplanting.

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.

The working speed of rotary tiller should be moderate, with a suitable speed of 2-3 kilometers per hour for dry fields and 5-7 kilometers per hour for already plowed or raked land. When cultivating in paddy fields, the speed can be increased appropriately, but it should not be too high to prevent the tractor from overloading and damaging the power output shaft.

The rotary tiller uses the power output from the tractor to drive the rotary blades to cut and turn the soil. These blades shred the soil and throw it backwards, further breaking it after colliding with the mudguard. Finally, the surface is scraped and leveled by a flat soil pallet, completing the plowing and raking operations in one go. During this process, the soil is finely divided, the soil and fertilizer are evenly mixed, and the surface becomes flat, providing good conditions for subsequent sowing or transplanting.