Operating Process and Working Principle of a New Type of Rice Processing Machinery with a Daily Output of 500 Tons

I. Overview of the New Rice Processing Machinery

With the continuous advancement of agricultural technology and the rapid development of the grain processing industry, a new type of rice processing machinery with a daily output of 500 tons plays an important role in the grain processing industry. This machinery is widely used due to its high efficiency, stability, and safety. This article focuses on the operating process and working principle of this machinery.

II. Operating Process

1. Raw Material Receiving: The new rice processing machinery first receives raw grains, namely paddy rice. This process requires ensuring the quality of the paddy rice and performing preliminary cleaning to remove impurities.

2. Paddy Rice Pre-treatment: After preliminary cleaning, the paddy rice undergoes pre-treatment such as destoning and dust removal to ensure the smooth progress of subsequent processing steps.

3. Paddy Rice Dehulling: The pre-treated paddy rice enters the dehulling stage, where the husk is separated from the rice through mechanical action.

4. Rice Grain Separation and Screening: The dehulled rice grains undergo a series of screening and separation processes to remove impurities and unhulled paddy rice. 5. Fine Grinding and Polishing: The separated and screened rice grains undergo fine grinding and polishing to achieve a smooth surface and white color.

6. Finished Product Packaging: The rice processed above is then packaged to form the final product.

III. Working Principle

The new 500-ton-per-day rice processing machine utilizes advanced mechanical principles and engineering technology, with electric motors driving various working parts. Its working principle mainly includes the following aspects:

1. High-speed rotating or reciprocating working parts crush and peel the paddy, achieving dehulling and separation.

2. Using screening devices and vibrating screens, impurities and untreated paddy are separated through the vibration and screening action of the screens.

3. Milling and polishing technology is employed to make the rice surface smooth, improving the eating quality of the rice.

4. An automated control system monitors and adjusts the entire processing flow in real time to ensure the stability and efficiency of the processing.

IV. Conclusion

The new 500-ton-per-day rice processing machinery, with its high efficiency, stable performance, and advanced operating process, significantly improves the efficiency and quality of rice processing. Its working principle is based on advanced mechanical principles and engineering technology, ensuring processing precision and stability. With continuous technological advancements, this machinery will become even more intelligent and efficient in the future, making a greater contribution to the development of the grain processing industry. FOTMA MILL’s rice processing machinery, whether small or medium-to-large size, has won the trust of a wide range of users due to its excellent performance and reasonable prices.