Skip to main content

Is S- Series John Deere Combine Right For Your Operation?

 The combine concave undeniably serves as a crucial part of the harvesting process. These have been designed initially for harvesting wheat. However, with time, it also started to harvest other crops, such as corn, oats, rice, and many others. After several upgrades & improvements, this technology has become much more sophisticated than ever. And the machine has been transformed into the core of the harvesting machinery. John Deere, while celebrating more than 7+ decades of its expertise in producing self-propelled combines in 2022, the company has launched several upgrades in the S series.

What makes S series combines better than previous technology?


 


• The S- series combines are equipped with integrated technology. The product has been developed to adjust to the varying environmental conditions. So, despite the weather and field conditions, experienced or amateur operator, you will be able to expect the most consistent grain quality.

• The new series John Deere Combine matches the highest harvesting capability, embedded with smart technology to ensure you receive the best possible harvest year in and out.

• The command center display technology work for all the operators, having the most intuitive of screens as well as customizable shortcut buttons.

• Also, there is an embedded active yield system that eliminates the requirements for carrying out manual calibrations and takes valuable time.

• With the help of the John Deere operator Centre feature, the yield data remains at your fingertips while organizing the same in a convenient & easy to understandable format.

What are S series John Deere Combine models available?


S 760

The John Deere S760 comprises of an efficient 9-liter engine boasting 333 horsepower. 300 bushels of grain can be upheld by the equipment. Also, it comprises of an unloading rate of 3.3 bushels/ second.

S-770

The John Deere S770 combine harvester is the mid-range of this line up. This machinery comprises a slightly smaller engine with a capacity of 9 liters, putting out 391 horsepower. Also, the grain tank is capable of upholding 300 bushels of material.

S-780

The John Deere Combine S-780 is a single step down from the 790 version. It comprises 13.5 liters of engine and boasts 473 horsepower. Also, the component is capable of upholding 400 bushels of grain & comprising of the unloading rate of 3.8 bushels during each and every second.

S-790

Sitting towards the middle of the line-up, there is the S-790 series. The combine comprises the slightly smaller engine with 9 litre capacity, which is putting around 391 of horsepower. Also, the grain tank holds 300 bushels of material with an unloading rate of 3.3 bushels/ second.

Browse online to view complete line of innovative agriculture after-market equipment!


 


It is important to understand your field type & crop pattern, and this ensures the purchase of the ideal John Deere Combine setup. The leading agriculture aftermarket parts supplier Estes Performance Concaves, provide you with a product turning greater efficiency into the harvest. The company has been supplying the best products to agriculture producers for many years.

Simply browse online to view the complete line of innovative agriculture after-market equipment!

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

Automation and Robotics Revolutionizing Harvesting in Agriculture

 In modern agriculture, the integration of automation and robotics is transforming how crops are harvested. The utilization of cutting-edge technology, such as automated machinery and robotics, is enhancing efficiency, precision, and sustainability in harvesting operations. This article delves into the significant impact of automation and robotics on agricultural harvesting practices, highlighting its benefits, challenges, and the future outlook. The Rise of Automation and Robotics in Harvesting Agricultural automation and robotics are not new concepts, but recent advancements have ushered in a new era of efficiency and productivity. Automated machinery, including combine harvesters, equipped with sophisticated sensors, cameras, and GPS systems, can perform tasks with unparalleled accuracy. Moreover, robots designed to handle delicate fruits and vegetables have emerged as invaluable assets in preserving crop quality during harvesting.   Benefits of Automation and Robotics in Harvestin