As an advanced oil pressing equipment, the working principle and structural design of the fully automatic peanut oil press are crucial. Understanding the working principle and structural design of a fully automatic peanut oil press not only helps us better use and maintain the equipment, but also provides reference for equipment improvement and technological innovation. This article will introduce the working principle and structural design of a fully automatic peanut oil press.

Firstly, the working principle of the fully automatic peanut oil press mainly includes processes such as feeding, heating, oil pressing, slag removal, and filtration. The feeding part mainly feeds the pre treated peanut material into the oil press through a feeder, and the heating part uses a heater to heat treat the peanut raw material, improving the oil pressing efficiency; The oil pressing part uses the screw and pressing chamber inside the oil press to press the flower raw material, separating the oil and residue; The deslagging part is mainly used to remove the pressed residue to ensure the quality of the extracted oil products; The filtering part filters the extracted oil through a filter to remove impurities and obtain clean finished oil.

Secondly, the structural design of the fully automatic peanut oil press is also very important. Generally speaking, a fully automatic peanut oil press mainly includes a feed inlet, an oil pressing chamber, a pressing screw, a filter, a control box, and other parts. The feeding port is used to receive peanut material and enter the oil pressing chamber for pressing; The oil pressing room provides a pressing space for flower raw materials, and the deslagging and filtering work during the oil pressing process is also completed in the oil pressing room; The pressing screw is the core component of the oil press, which separates oil and residue by rotating and pressing the flower raw material; Filters are used to filter the extracted oil and remove impurities; The control box is responsible for controlling various parts of the oil press to achieve fully automated operation.

By understanding the working principle and structural design of the fully automatic peanut oil press, we can better understand the working process of the press and do a good job in equipment maintenance and upkeep. At the same time, for oil press manufacturers and technicians, optimizing and improving the working principle and structural design of oil presses can improve equipment efficiency and oil press quality, enhance equipment competitiveness and market attractiveness.