This invention discloses an automated formulation and filling
system for emulsifiable concentrate pesticides, belonging to the field of
pesticide filling technology. The invention includes selecting a target filling scheme, obtaining
optimal control parameter data, optimal
emulsion stability data, and
emulsion stability data for each formulation and filling scheme when used with other emulsifiable concentrate
pesticide formulations. This invention achieves full-process data-driven control of the formulation and filling process, effectively solving the problem of batch product non-conformity caused by response
lag in traditional systems, significantly reducing material loss and production losses, while improving the accuracy and consistency of emulsifiable concentrate
pesticide formulation and filling, ensuring the stability of the production process and product quality.