Harvester auger coils, Volyn region.

Rolls forharvester auger is an important component used to transfer grain crops, straw or other materials fromharvester to the hopper of the combine. The main function of the coils is to efficiently collect and transport the crop.

Making coils includes the following stages:

Choice of material: Coils are usually made of strong and durable steel. Choosing the right material will help ensure a long service life of the turns.

Design: Engineers develop a detailed design of the turns, taking into account the requirements and specifications of the combine for which they will be used. The length, diameter and shape of the turns are taken into account in the design.

Material processing: According to the project, the steel material is processed using CNC machines or other technologies to obtain the correct shape and size of the coils.(//tractor-service.com)

Welding: The various components of the turns are welded together to create a complete structure. Welding is performed using high-quality welding equipment to ensure a strong and reliable connection.

Surface treatment: After welding, the surface of the coils is treated to remove the sharp edge, smooth the surface and cover it with a protective layer, such as paint or electroplating, to prevent corrosion.

Testing: The final stage of production includes testing the turns for strength, uniformity of rotation and compliance with the requirements of the combine. This ensures high quality and safety of turns during operation.

The use of coils consists in installing them on the auger of the harvester. They are usually located along the length of the auger and ensure a smooth transition of the crop from the header to the hopper of the combine. The coils can have an adjustable speed of rotation, which allows you to control the flow of material and achieve optimal productivity of the combine.

In general, coils are important components of the harvester that ensure efficient harvesting. They are made of high-quality material and undergo a thorough manufacturing process to ensure the reliability and long-term operation of the combine.