An Automatic Dall Mill Plant is a sophisticated, fully integrated industrial system designed for the efficient and automated processing of raw whole pulses into finished split dals. This comprehensive setup handles all necessary stages, from initial cleaning and grading of raw pulses to husking (de-hulling), splitting, separating husk, and finally polishing the dal, with minimal human intervention.
The plant typically comprises several interconnected units: initial cleaning and grading sections remove impurities and size the pulses; advanced de-hulling machines (like abrasive or emery rolls) remove the outer husk; splitting units precisely divide the de-hulled pulses; and powerful aspirators or classifiers separate the dal from husk particles. The process often concludes with polishing machines to enhance the dal's appearance and shelf life. The entire operation is governed by a centralized control panel, allowing for precise management of each stage to optimize yield, minimize breakage, and ensure consistent quality, making it a highly reliable solution for continuous, large-scale production.
Baba Agro Export's Automatic Dall Mill Plants are engineered for superior performance, durability, and operational efficiency. They feature robust construction, high-precision components, and advanced automation systems that significantly reduce labor requirements and operational costs. By integrating our automatic plants, pulse processors can achieve consistent, high-quality dal production, enhance profitability, and meet the growing demands of the market while adhering to strict hygiene and quality standards.
An Automatic Dall Mill Plant offers integrated, automated processing from start to finish, significantly reducing manual labor, increasing efficiency, and ensuring consistent product quality compared to traditional methods.
Our Automatic Dall Mill Plants are versatile and can efficiently process a wide range of pulses, including Toor, Moong, Urad, Masoor, and Chana, into their respective dals.
The plant employs precision-engineered de-hulling and splitting units, combined with advanced separation technologies, to minimize breakage and maximize the yield of finished dal from raw pulses.
Yes, all components in contact with the pulses are made from food-grade materials, and the plant's design promotes enclosed processing to maintain strict hygiene and prevent contamination.
Operational benefits include higher throughput, reduced energy consumption per unit of output, lower labor dependency, consistent product quality, and easier management through centralized controls.
