Artificial intelligence guided phytochemical extraction device with programmable soxhlet control

The
present invention discloses an artificial intelligence guided phytochemical extraction device with programmable Soxhlet control. The said device comprises a housing
defining an extraction enclosure. The soxhlet extraction assembly disposed within the housing and comprising a solvent reservoir, an extraction chamber configured to
receive plant material, a condenser, and a heating unit. The one or more sensors operatively coupled to the Soxhlet extraction assembly and configured to monitor
extraction parameters including temperature, solvent level, extraction cycle count, and extraction duration. The control unit comprising a processor and a memory
storing executable instructions. The artificial intelligence module executed by the processor and configured to analyze sensor data and extraction parameters. The
programmable control interface operatively coupled to the control unit, wherein the artificial intelligence module dynamically controls the Soxhlet extraction assembly
by automatically adjusting one or more extraction parameters during operation to optimize phytochemical yield and extraction efficiency.