Full-feed combine harvester

Introduction

Unlike half-feed combine harvesters, full-feed combine harvesters feed the entire crop into the threshing drum during threshing. This threshing method evenly breaks up the straw, facilitating subsequent tillage operations. Furthermore, based on the arrangement of the threshing drum, our harvesters are divided into cross-flow and longitudinal-flow types. Cross-flow harvesters prioritize high-efficiency threshing, while longitudinal-flow harvesters are gentler, minimizing grain loss. We also offer twin-drum combine harvesters, which feature a two-stage threshing and separation system that significantly improves threshing quality and operational efficiency. You can choose the option that best suits your needs.

In addition to the differences in the threshing drum, our full-feed harvesters are available in mini, tracked, and wheeled versions. The mini version is further divided into push and ride-on models. This small harvester is ideal for small farms, especially family farms. Tracked harvesters have tracks for better terrain adaptability, while wheeled harvesters are better suited for harvesting large areas of flat farmland.

Features

1. Advanced Threshing and Cleaning Functions

The ANON full-feed combine harvester boasts powerful performance, allowing you to achieve your ideal harvesting speed by increasing power. Its threshing teeth feature a sharp-tooth design, threshing the grain through impact and friction between the teeth and the threshing gaps, resulting in a powerful threshing capacity and a threshing rate exceeding 98%. Equipped with a multi-layer vibrating screen and blower, it offers excellent cleaning, low grain impurity, minimal field spillage losses, and ensures all grains are safely stored.

2. Time and Labor Saving

The full-feed combine harvester uses a whole-plant feeding design, completing the entire process of crop cutting, conveying, threshing, cleaning, and straw processing in a single operation. Imagine completing the entire process of traditional manual harvesting, threshing, cleaning, and multiple handling tasks in just one visit to the field. One harvest yields only the grain, eliminating numerous tedious processing steps, saving you time and labor. This not only frees up your hands but also reduces labor costs. Efficient harvesting greatly shortens your work cycle, avoids crop mold caused by weather factors and lodging, and can reduce field losses and protect your harvest.

3. Powerful Versatility

ANON full-feed combine harvesters are highly adaptable, capable of harvesting a variety of crops, including rice, wheat, corn, soybeans, and rapeseed. This multi-purpose machine eliminates the need to purchase separate equipment for different crops. Our full-feed combine harvesters are ideal for diverse crop types and work sites. We offer both wheeled and tracked versions to adapt to various terrains, including hills and plains. The high ground clearance ensures excellent maneuverability even in muddy paddy fields. Therefore, whether working in complex terrain or across different areas, ANON full-feed combine harvesters can handle it with ease.

4. Intelligent and Comfortable Operation

ANON machines are simple and easy to operate, offering precise results. Even beginners can master them after a short training period. Our advanced models feature an air-conditioned cab and multi-functional control handles, significantly reducing labor intensity and improving operating comfort. Equipped with an intelligent control system, you can monitor key parameters such as header height, feeding speed, and threshing speed in real time during harvesting. Real-time monitoring and fault alarms make harvesting operations more precise and worry-free.

5. Simple Structure

The ANON full-feed combine harvester lacks the complex clamping and conveying devices of a semi-feed type, resulting in a simple structure that reduces the failure rate and simplifies operation and maintenance. Core components such as the threshing drum and cleaning screen are easy to maintain and clean, while wear parts like belts have extremely low purchase costs and are simple to replace. Daily maintenance only requires cleaning and lubrication of key parts, significantly shortening your investment payback period. Such a high-performance agricultural machine—doesn’t it appeal to you?

6. Diversified Straw Processing

The ANON full-feed combine harvester processes crops by harvesting them along with their ears and stalks. Its built-in straw crushing device can shred the threshed stalks, allowing them to be directly returned to the field or collected and baled using a matching device. Whether directly spreading the straw back into the field or collecting and baling it, it effectively clears field ridges, facilitating subsequent cultivation and saving you the work of managing straw in the field. Straw returned to the field can serve as a natural fertilizer, increasing soil organic matter and fertility, reducing the use of chemical fertilizers, and lowering planting costs. After being baled and collected, straw can be used for feed processing, biomass fuel, etc., realizing the resource utilization of straw. It can also be sold to increase your income.

Applications

Large, Medium, and Small Farms

Our semi-feed combine harvesters range from mini to large models to meet the needs of customers with varying yields. Our professional team will recommend the right machine and create the perfect solution based on your farm’s size and yield.

Hilly or Uneven Terrain

Tracked walking mechanisms and high ground clearance allow our combine harvesters to handle various complex terrains, making them particularly suitable for hilly areas or uneven fields.

Mixed Crop Farms

Our full-feed combine harvesters can harvest multiple crops, offering strong crop adaptability. For mixed crop farms, one machine can handle the harvesting of different crops, significantly saving you the cost of purchasing separate machines.

Conclusion

ANON manufactures agricultural machinery specifically to meet the needs of modern agriculture. We balance yield and quality, creating machines that satisfy our customers and provide farmers with flexible and reliable agricultural solutions. One-stop agricultural machinery service—everything you need is at ANON! Contact us now if you’re interested!

FAQ

1. What parameters should I focus on when purchasing a full-feed combine harvester?

Cutting width: This determines operating efficiency; the wider the cut, the higher the efficiency.

Threshing drum speed: A wider adjustable range provides better adaptability.

Grain hopper capacity: A larger capacity reduces the number of unloading operations.

Grain loss rate: ≤2% is considered high-quality.

Higher uniformity of straw crushing length results in better straw return to the field.

2. What to do if the straw is not completely crushed or clogged in a full-feed combine harvester?

This situation may be caused by excessively high straw moisture content (moisture content > 35%), worn blades, excessively low rotation speed, or excessive feed rate.

Correspondingly, we should operate the harvester only after the crop has been sufficiently dried. This ensures both effective threshing and smooth straw crushing, reducing the occurrence of malfunctions. If the blades are worn, they need to be replaced promptly to avoid affecting the crushing effect. If the rotation speed is too low, the hydraulic valve can be adjusted to increase the speed of the crushing device. If the feed rate is too high, you need to reduce the operating speed and the feed rate to avoid overloading the machine and affecting the harvesting effect. Stop the machine, clear any clogged straw, and check the passage for foreign objects.

3. What to do if the machine has insufficient power and its speed drops during operation?

This could be due to a clogged fuel filter, a dirty air filter, engine overload, or insufficient hydraulic system pressure.

You can replace the fuel filter and clean the air filter. If the engine is overloaded, reduce the operating speed and feed rate immediately. Insufficient hydraulic system pressure can be addressed by checking the hydraulic fluid level and adding hydraulic fluid. If the engine cylinder pressure is insufficient, the fuel injectors or spark plugs need to be inspected.

4. What are the precautions for unloading grain from the grain bin of a full-feed combine harvester?

Before unloading, the machine must be parked on a flat, firm surface, and the handbrake engaged to prevent the machine from tilting during unloading.

When docking with transport vehicles, adjust the height of the unloading hopper, typically adjustable from 2 to 4 meters, to prevent excessive grain flow and spillage. The unloading speed can be adjusted via the hydraulic handle; a full bin unload takes approximately 3-5 minutes. After unloading, clean any remaining grain from the grain bin to prevent mold contamination of the next crop.

5. What are the main differences between a full-feed combine harvester and a half-feed combine harvester?

A full-feed combine harvester sends both the stalk and the ear of grain into the threshing system. Its advantages are high efficiency, strong adaptability, and the ability to harvest lodged crops; its disadvantages are that the straw is crushed, and power consumption is high.

A semi-feed combine harvester sends only the ear of grain into the threshing system, leaving the stalk intact. Its advantages are usable intact straw, low grain breakage rate, and high cleanliness; its disadvantages are that it requires the crop to be upright, and its efficiency is relatively lower, mainly used for rice.