Skip to main content

Combine Parts to Make Harvesting More Efficient


Combine harvester, the multi functional machine designed to make reaping, threshing, and winnowing efficient, has revolutionized cultivation across the world. There is no doubt combine has successfully mechanized farms and minimized the dependency on manpower. However, the operational efficacy of your farming activities depends on the maintenance of the combine harvester and you will get the best output only when combine parts are of the highest grade. If you are not getting desired output from your farms, it is time to consider about combine parts to take the harvesting operation to the next level. Here are some of the combine parts you should be aware of to maximize yield and improve efficiency:


Combine Observation System


 


Safe and effective handling of combine harvester needs better front and back view. A high-quality combine observation system with a color camera gives you better visibility and flexibility. The operator will have a clear view of the gain tank and sample.

Concaves

The selection and quality concaves play a very crucial role in reducing harvesting loss that happens during the threshing and winnowing procedure. Depending on your crop, you have to keep stock of large-wire, round-bar, or small-grain concaves. Buy the best concaves from your combine parts manufacturer to keep maintenance costs low and reduced gain loss.

Feeder-house Drum Stop Height Adjustment Kit

Depending on the crop type and grain size requirement you have to adjust the feeder-house drum. You can remove the retaining pin and position lever as per the grain size requirement.

Tine/Paddle Beater


For better and aggressive separation of crops, you can use the tine/paddle beater with the high-inertia cylinder. The paddles will strip while tine will separate to enable the efficient separation of crops. This combine part will reduce the plugging and buildup of crop wastes.

Enclosed Cylinders

If your harvesting condition requires more aggressive processing, you can opt for high-inertia fully enclosed cylinders. These are designed to prevent plugging and vibration. Besides, it gives you better fuel efficiency and material flow even in tough conditions.

Unloading Auger Extension

The overall operational efficiency and output depend on the operator’s control over the flow of crop to grain handling equipment. The unloading auger extensions give you up to 3 feet more length to deliver grain to the grain cart, so you get better control over grain harvesting operations.

Engine Air Scoop

Material buildup on the radiator, oil cooler, and air charge cooler is pretty normal in the combine harvesting process. Build up of unwanted material affects the operational efficiency of your combine. However, you can prevent buildup with the engine air scoop—mounted high to pull clean air from above.

Straw Spreader


The efficiency of the harvesting process involving reaping, threshing, and winnowing, depends on the flow of the crop. An extra-wide straw spreader with two large impellers ensures the even distribution of grain from the separator and cleaning system. It is good, but you should follow your combine harvester manufacturer’s user guide to get the best results.

Takeaway

A typical combine harvester consists of over 130 different combine parts. You will get the best result with minimum effort only when all combine parts are in perfect shape and sync. Regular maintenance is the key, so follow maintenance guidelines and keep stock of high-quality combine parts to make your farming operation enjoyable and profitable.

Comments

Popular posts from this blog

Combine Parts To Help Keep Your Agribusiness Profitable

Combine parts are special components that have been produced to act as spares in case of a breakdown of the original parts. Many agribusinesses depend on spare combine parts for sustained field productivity. The combine harvester regardless of how you maintain it, will still undergo a breakdown. Therefore, suppliers and distributors of quality combine harvester spare parts are also part of the agribusiness value chain. They help complete the loop needed for a sustained production of farm products. Additionally, they also ensure that field operations are completed without any interruptions. This helps to keep agribusinesses profitable irrespective of machine breakdowns. Why agribusinesses need reliable combine parts suppliers Agribusinesses that directly depend on farm products for their survival need efficient machines to meet their production needs. These businesses usually work based on tight time frames. This means that any downtime or delay could have significant financial impacts.

How Combine Concave Filler Plates Can Improve Harvesting?

 Combine concave filler plates are accessories that are used in the combine harvester. The harvester is equipment that is used to make the process of harvesting easy. The harvester can be driven through the field and the crop can be harvested. Three key processes used in harvesting, namely reaping, threshing, and winnowing can be automated by using the harvester. This makes the harvest very important equipment used in agriculture. A farmer can save time and improve efficiency by using a harvester. To make the harvester work efficiently, there are many other parts of accessories needed. For example, the concaves are important parts used in harvesting. These parts ensure the grain is harvested in the right way to get good quantity and quality yield. By making changes in the concave settings, different crops can be harvested. Just like the combine concave, the filler parts also play an important role to ensure efficient harvesting. The use of filler plates Combine concave filler plates a

How Combine Concave Reforms the Entire Agricultural Sector?

 Combine concave is a revolutionary innovation in the agricultural industry that has drastically improved crop harvesting. This technology has transformed the way farmers harvest their crops, making it more efficient and cost-effective. The combine concave is a crucial component of a combine harvester, and its design and working mechanism play a significant role in its success. A combine harvester is a complex machine used to harvest various crops, including wheat, barley, oats, corn, and soybeans. The combine concave is an essential part of this machine that helps separate the grain from the crop material, known as the chaff. The combine concave is located inside the combine harvester's threshing chamber and is responsible for separating the grain from the straw and other crop debris. The combine concave system works by using a series of concave plates that are arranged in a pattern to maximize the separation of the grain from the chaff. The concave plates are curved and angled t