In the bean processing industry chain, soybean grading is a critical step in determining product quality. Traditional grading machine suffers from low screening accuracy and inefficient efficiency, making it difficult to meet the growing market demand for high-quality soy products. Soybeans with mixed impurities and uneven sizes can affect the stability and quality of subsequent soy product production, hindering business development.
The bean grading machine utilizes advanced multi-layer vibratory screening technology, with screens of varying apertures designed to account for differences in bean particle size and plumpness. During operation, high-frequency vibrations force the beans to move orderly across the screen surface, accurately grading them by particle size, achieving simultaneous impurity separation and size sorting. Furthermore, the intelligent control system automatically adjusts the vibration frequency and amplitude based on the characteristics of the bean raw material, adapting to the processing needs of different batches and varieties of beans.
The machine utilizes a low-energy vibration motor and an optimized mechanical structure, reducing energy consumption by 25% compared to traditional equipment. The fully enclosed design prevents dust from sieving, aligning with green production principles and helping businesses achieve sustainable development. For bean processing companies, the introduction of the new grading screen not only improves product quality and enhances market competitiveness, but also optimizes production processes by reducing costs and increasing efficiency. As this equipment is promoted and applied by more companies, it is expected to drive the entire bean processing industry towards intelligent, refined, and green processes, providing consumers with higher-quality bean products and promoting the healthy development of the industry.
Post time: Aug-13-2025
