Half-feed harvester

Low power consumption & low damage

The ANON half-feed combine harvester only threshes the head of the ear. This design effectively reduces the power consumption of the threshing device and the cleaning device, and lowers energy consumption by about 30% compared with the full-feed model. Meanwhile, its threshing teeth are arched teeth. During the threshing process, it mainly uses the arched teeth to brush and impact the ears of grain for threshing operations. This threshing process is relatively gentle and can improve the overall threshing rate of grains and reduce the breakage rate.

High threshing efficiency 

Almost all ANON half-feed combine harvesters adopt double threshing rollers. The double-drum structure can better adapt to wet fields or high-humidity environments. It can maintain a stable threshing efficiency and reduce problems such as easy adhesion and difficulty in threshing of damp crops. Meanwhile, the double-drum design can prolong the residence time of crops in the threshing space, enhance the threshing and separation effects, and effectively reduce the load on the cleaning device.

Transmission system optimization

The ANON half-feed combine harvester adopts high-temperature superconducting devices with high sensitivity and high safety. It features high efficiency and energy conservation, and can significantly enhance the driving efficiency of the harvester. Meanwhile, high-temperature superconductivity helps optimize the transmission system of the harvester, making it more stable and achieving higher operational accuracy. We can also apply it to the heat treatment of key components of the harvester, thereby enhancing their wear resistance and effectively extending their service life.

FAQ

1. How does a half-feed harvester achieve that only the head of the ear enters the threshing drum?

It can send the head of the crop panicle into the threshing drum through the vertical header and the supporting conveyor chain. The stems will be held and conveyed without entering the threshing area.

2. What are the differences between full-feed and half-feed types?

First of all, their threshing teeth are different. The threshing teeth of the fully fed type are nail teeth type, and those of the half-fed type are arch teeth type. Second, half-feed harvesters (executing the harvesting action) reduce the total loss rate and damage rate of crops to levels lower than those achieved by full-feeding harvesters. Thirdly, their methods of straw disposal are different. The full-feed straw treatment involves chopping, scattering, and returning to the field, while the half-feed method maintains the integrity of the stems.

3. How to choose between full-feed and half-feed combine harvesters?

If your main business is rice and you want to use straw for secondary sales and other work, you should give priority to the half-feed type. If you need to harvest a variety of mixed crops, give priority to the full-feed type, as it has stronger versatility.