Tea/Coffee: Cleaning/sorting machine → dryer → ultra-fine grinding mill
Animal Bones: High-pressure crusher → centrifugal degreasing machine → pre-cooking enzyme inactivation tank
The Tea, Coffee & Bone Extract Process Module is an automated, high-efficiency extraction system tailored for natural raw materials such as tea leaves, coffee beans, and animal bones. Renowned for its reliability and stability, it enables precise control of temperature, pressure, time, and solvent ratios to maximize the extraction of target components (e.g., tea polyphenols, caffeine, collagen) while preserving their bioactivity. Compliant with HACCP and FDA standards, the system supports full-process production from raw material pretreatment to concentration and drying, delivering high-quality solutions for diverse industries.
● Tea/Coffee: Adjustable particle size (20–100 mesh) via ultra-fine grinding to prevent flavor loss
● Bone Broth: High-pressure hydraulic crushing + centrifugal degreasing (fat residue ≤1%) to minimize foaming and off-flavors
● Temperature gradient control: Tea extraction (60–95°C stepwise heating), coffee (85–92°C constant)
● Pressure optimization: Collagen yield increased by 40% under 0.2–0.5 MPa and 110–130°C
● Membrane filtration: Ceramic/organic ultrafiltration (1kDa–50kDa MWCO) removes macromolecular impurities; combined with RO pre-concentration and vacuum low-temperature concentration (≤50°C) to retain heat-sensitive components (e.g., coffee aroma)
● UHT sterilization (135–140°C, 4–6s): Microbial kill rate ≥99.99% (commercial sterility)
● Drying control: Inlet air temperature (tea powder: 180–200°C; bone broth powder: 80–100°C), final moisture ≤5%
● Nitrogen blanketing: Prevents oxidative browning
● Automated batch reports (temperature, pressure, extraction time) compliant with FDA 21 CFR Part 11
Instant beverages, concentrates, health supplements (plant extracts)
Bone broth flavor bases
Broth additives
Dynamic pressure extraction + aroma recovery unit (coffee volatile recovery >85%)
Modular design supports CO₂ supercritical extraction (premium decaffeination) or enzymatic reactors (bone-derived small-molecule peptides),From lab-scale trials to industrial production
Full-cycle design and parameter optimization (lab to production)
Installation, operator training, compliance documentation