Continuous oil pressing is the mainstream production mode of modern large-scale edible oil processing plants, which eliminates the limitations of intermittent manual loading and unloading, greatly improves production capacity, and stabilizes product quality. DZX276, as a large oil mill with a daily processing capacity of 50-60 tons, relies on optimized body structure, material conveying system, and automated pressing control design to achieve all-weather uninterrupted operation of the equipment.
Firstly, the large oil mill is equipped with an integrated spiral pressing structure, which is the core of achieving continuous operation. The spiral spindle inside the squeezing chamber continues to rotate, pushing the oil steadily forward. As the cavity space gradually narrows, the material is squeezed layer by layer to complete the separation of crude oil; As new raw materials are continuously fed in, the squeezed oil and residue will be discharged from different ports, forming a one-way material flow without the need for shutdown and batch processing.
Secondly, the supporting automatic feeding system ensures the continuous supply of materials. The feeding device can uniformly and quantitatively feed the oil into the pressing chamber, eliminating the problems of material breakage and blockage caused by manual feeding, and allowing the entire production line to operate at a constant speed. With a reasonable power configuration, the DZX276 large oil grinder can maintain stable operation under long-term continuous working conditions.
In addition, the equipment is equipped with independent oil and slag discharge channels. In the process of continuous pressing, the crude oil flows out from the oil leakage gap, and the pressed Youbing (Deep-fried round and flat dough-cake) is discharged from the tail of the fuselage. The two do not mix with each other, and will not cause channel blockage, and always keep the smooth flow of materials. At the same time, this large oil grinder adopts a heavy-duty body design, which can withstand long-term loads and adapt to all-weather production needs.
The device is also equipped with a temperature control and self-lubricating system inside: the appropriate temperature can increase the oil output rate, and automatic lubrication reduces the wear of moving parts. This type of design reduces the frequency of frequent shutdowns and maintenance, further ensuring the long-term continuous operation of large oil mills.
In summary, large-scale oil mills rely on spiral propulsion, automatic feeding, diversion discharge, and supporting protective systems to achieve
continuous oil extraction. For medium and large grain and oil processing enterprises, this operating mode can effectively reduce labor costs and fully release production capacity.
