Multifunctional Corn Stalk Harvester

Custom processing: Yes
Applicable objects: rice, wheat, potato, corn, peanut, straw, sugar cane, garlic, pasture, soybean, cotton, chestnut
After-sales service: lifetime maintenance
Applicable fields: Agriculture
Feeding amount: 2000kg/H
Cutting width: 1800mm
Total loss rate: 1%
Weight: 3700kg
Power type: diesel
Power: 92kw
Machine size: large
Dimensions: 5800*2350*4030mm
Degree of automation: fully automatic

Its control performance is as follows:
1. The machine is equipped with a self-contained material box, so that the silage and yellow storage feed can be smoothly entered into the material truck.
2. It can be harvested at will without depending on the crop height and lodging situation.
3. According to the required stubble height and ground leveling, control the hydraulic cylinder to adjust the header up and down to an appropriate position. There is also a height positioning device for the cutting table, which can accurately determine the height of the cutting stubble.
4. The hydraulic stepless speed change device can control the driving speed at any time.
5. With a small turning radius, it can tow the trailer and clear the way into the harvesting area by itself.

The stalks crushed by the corn green storage machine can also be used to cultivate edible fungi, such as mushrooms. Reusing the stalks not only helps protect the environment, but also reduces the cost of raising livestock.

Product advantages of the harvester: multiple processes are reduced into one process, high efficiency and energy saving, mainly highlighting high output, low energy consumption, and low overall cost.

Features of harvester:
1. The planting plot is small
2. The row spacing of corn planting is not uniform
3. The grain moisture content is higher during the corn harvest period

The harvesting mechanism should reach the following points:
1. The designed corn harvester should be very flexible in the process of operation, transportation and unloading, suitable for small plots of field use.
2. Aiming at the current poor cultural quality of farmers, the corn harvester developed should be as easy to operate and maintain as possible.
3. The designed corn harvester should be able to harvest out of line. Otherwise, it will affect harvest quality and reduce production efficiency.
4. The designed corn harvester must be able to harvest high-humidity corn (grain moisture content is about 40%), and the broken rate of ears and grains shall not exceed the national standard.
5. In order to prevent mildew, there should not be too many stems and leaves in the harvested corn ears.
6. The unit must have good strength and rigidity, and be able to adapt to harsh field roads.
7. The harvester can simultaneously return the straw to the field with high quality.
8. The unit has high reliability.