This invention relates to the field of cosmetic
production automation technology, and more particularly to a modular integration method for a cosmetic workshop ingredient dispensing
system, comprising the following steps: dividing the ingredient dispensing
system into multiple modules, configuring
electronic identification tags and binding them to integrated standard interfaces, and generating initial binding data;
parsing the initial binding data through a
master station and establishing distributed real-time communication links with the slave controllers of each module; constructing reconfigurable pipeline topology data through a path planning
algorithm and generating independent closed-loop cleaning path data; decomposing the ingredient formula data into the smallest process atomic units and generating sequence data for dynamic matching and allocation to each corresponding slave controller; executing the dispensing operation and transmitting real-time dispensing execution data back, with the
master station self-calibrating and compensating for the timing and metering parameters of multi-module
collaboration. This invention achieves intelligent integration of
cosmetic ingredient dispensing through modular encapsulation and quantitative planning, ensuring accurate and hygienic dispensing, and adapting to small-
batch production of multiple product categories.