/ Low-Temperature Processing

Phyto-Chemical Extraction Technology

Standardizing botanical compounds through low-temperature vacuum evaporation and supercritical fluid isolation, ensuring total bio-active retention without solvent degradation.

Separation Systems

Biotech Extraction Methods

Supercritical CO2

Fluid Phase Isolation

Operating under precise pressure-temperature thresholds to isolate delicate lipid-soluble terpenes without thermal damage or residual chemical solvents in the target output.

Vacuum Evaporation

Thermal Protection Concentration

Reduced boiling point protocols preserve heat-sensitive flavonoids and glycosides, concentrating raw liquid botanical streams under strict negative-pressure atmospheric control.

Spray Drying

Micro-Encapsulated Powder Yield

High-velocity atomization converts liquid extracts into uniform, standardized free-flowing botanical powders with exceptional solubility and stable chemical shelf life.

Standardized Sequence

Four-Stage Processing Cycle

01
02
03
04

Raw Phytochemical Verification

Controlled Fluid Fractionation

Low-Heat Liquid Concentration

Aseptic Powder Atomization

Concentrated liquids undergo rapid drying in cleanroom atomizers, producing standardized botanical powders ready for clinical and commercial formulation.

Dry botanical biomass undergoes HPLC chemical profiling to confirm identity, potency, and purity prior to entering extraction tanks.

Biomass undergoes targeted solvent-free extraction using pressure-tuned liquid carbon dioxide to selectively release target active constituent groups.

Extracted liquid fractions pass through multi-stage vacuum evaporators, removing moisture while maintaining heat-fragile active molecular structures intact.

Technical Extraction Data

Connect with our bio-process engineering team to review technical dossier reports, analytical particle measurements, and custom concentration parameters.