For decades, the aerodynamic grain-cleaning machine market relied on technologies developed back in the 1990s (SAD-type systems, Almaz, and later ISM integrations). However, an analysis of engineering solutions for 2026 shows that turbulent chambers have reached the limit of their potential. The main problem with traditional machines remains uncontrolled turbulence, which arises when the air-grain mixture stream — even when shaped by screens and louvers — meets the geometry of the separation chamber.
Unlike ISM designs, which use lightweight plastic fans (of automotive origin) and standard electric motors, the ASILI PRO system introduces steel TYWENT turbines with static and dynamic balancing. This achieves flow laminarity — a phenomenon in which air layers move in parallel without mixing. This is critically important for precise fractionation: separating heavy, high-germination-energy seeds from inferior grain down to the milligram.
