The CO2 supercritical extraction machine offers precise and efficient pilot-scale distillation for manuka essential oil, preserving its bioactive properties.
Manuka essential oil is highly valued for its antimicrobial and anti-inflammatory properties. Extracting it requires a method that maintains its therapeutic potency.
Using a CO2 supercritical extraction machine for pilot-scale operations ensures:
Precision: Tailoring parameters to extract specific bioactive compounds.
Scalability: Seamlessly transitioning from small-scale to full production.
Eco-Friendly Processing: Utilizing recyclable CO2 minimizes environmental impact.
This machine is ideal for herbal distillation, featuring:
Adjustable Settings: Adapting to diverse botanical needs.
Compact Design: Suitable for pilot-scale and R&D projects.
Efficient Extraction: Maximizing yields while reducing waste.
Manuka essential oil is widely used in:
Healthcare: Supporting wound healing and infection prevention.
Skincare: Treating acne and promoting skin health.
Aromatherapy: Offering calming and therapeutic effects.
The CO2 supercritical extraction machine bridges the gap between research and commercial production, ensuring high-quality outputs at every stage.
This article highlights how pilot-scale CO2 supercritical extraction machines enable precise and sustainable production of manuka essential oil.
CO2 SUPERCRITICAL EXTRACTION MACHINE
Manuka essential oil extraction
Pilot-scale CO2 distillation