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1. At the beginning of the work, the Rototiller should be in the state of lifting, first combined with the power output shaft, so that the rotation speed of the cutter shaft increased to the rated speed, and then decreased the Rototiller, so that the blade gradually buried to the required depth. It is forbidden to combine the blade with the power output shaft or down the Rototiller after the blade is buried, so as not to cause the blade to bend or break and increase the load of the tractor. 2.

I. Adjustment of tillage depth of deep ploughing plough:Generally speaking, the tillage depth of deep ploughs should not be less than 10cm. Rotary tiller matched with walking tractor can adjust the depth of cultivated land by changing the height of tail wheel. When adjusting, just turn the adjusting handle.The ploughing depth is controlled by the hydraulic system of the deep ploughing machine matched with the wheeled tractor.

This 3QL series agriculture equipment furrow ridger gadget tractor ridger is suitable for ridging after the tillage in the farm area. It includes heavy duty tubular field body, the complete device is made a lot stronger than everyday ones. This ridger is suitable for ridging after the tillage inside the field for potato, beans, vegetable etc.It is convenient to regulate the ridging top and the ridging rows and space between every ridge. It could be effortlessly spaced (widened or narrowed) consistent with the crop requirement. The rubber tires may be moved without problems.

What is a disc plough used for?The disc plough is designed to work in all types of soil for functions such as soil breaking, soil raising, soil turning and soil mixing. It is used to open the new fields and to process the stony areas. It can be used easily at rocky and rooted areas.

Supplying high quality harrow and plough's spare parts, including discs, hubs, bearings, spacers, harrow shafts etc. We can also customize the parts according to sample or drawing. 

This 3QL series agriculture machinery furrow ridger machine tractor ridger is suitable for ridging after the tillage in the farm field. It consists of heavy duty tubular box frame, the whole machine is made much stronger than regular ones. This ridger is suitable for ridging after the tillage in the field for potato, beans, vegetable etc. It is convenient to adjust the ridging height and the ridging rows and space between each ridge. It can be easily spaced (widened or narrowed) according to the crop requirement. The rubber tires can be moved easily.

Potato harvesters are a outstanding manner to store guide labour throughout potato harvest. Before the discovery of the potato harvester, maximum human beings dug their potatoes from the floor the use of a fork or a spade. Then they lifted the potatoes from the floor and positioned them right into a basket earlier than tipping them right into a hessian fabric bag to be stored. Potatoes are commonly grown in drills or beds, this facilitates the harvester dig a good width of soil and potatoes because it movements alongside the field.

Rotary tillage part is the most commonly used tillage part of micro-tiller, and the engine power drives the rotary tillage cutter shaft to rotate through the transmission device. Rotary tillage knife shaft is horizontally arranged, and several rotary tillage blades are arranged on the circumference of the knife shaft. The transmission of the knife shaft has two forms: middle transmission and side transmission.

The working part is a Rotary Tiller with 2 ~ 3 spiral cutters. During the operation, the Rotary Tiller rotates around the vertical axis and the cutter cuts the soil into pieces. The utility model is suitable for paddy field hydroponic cultivation, and has strong soil crushing and pulp action, but poor covering performance. Used more in Japan. In order to enhance the effect of Rototiller, various additional devices have been installed on the rototiller in some countries.

 5TY Series Corn Thresher, when working, the corn is fed by the feed mouth, the corn is hit in the high speed rotating rotor and the drum, the kernel is separated by the sieve hole, the corn core is discharged from the tail of the machine, the corn silk, the skin is discharged from the tuyere. The feed hole is arranged on the upper cover of the machine. The corn stick enters the threshing chamber through the feed hole. The corn grains are knocked off by the high-speed rotating rotor in the threshing chamber and separated through the sieve holes.