The CO2 supercritical extraction machine in its manual design offers complete user control over the extraction process, making it ideal for laboratories and small-scale operations. This system emphasizes precision and adaptability for unique extraction requirements.
Pharmaceuticals
Manual systems allow for meticulous adjustments during the extraction of active compounds, such as terpenes and flavonoids, ensuring high-quality results in research and development.
Food Industry
Small-scale extractions of unique flavors and essential oils are well-suited to manual systems, catering to artisanal and experimental production needs.
Cosmetics
The system supports precise extraction of antioxidants and vitamins for niche skincare formulations requiring detailed customization.
Complete Control
Operators can fine-tune temperature, pressure, and solvent flow rates to optimize specific extractions.
Flexibility
The system is suitable for small-batch extractions and research purposes, offering unparalleled adaptability.
Eco-Friendly Operation
Using CO2 as a solvent ensures an environmentally sustainable process with minimal waste.
Study A: Manual extraction of lavender oil achieved a yield of 93%, allowing operators to adjust parameters for optimal aromatic retention.
Study B: Beta-carotene extraction using a manual system resulted in a purity level of 92%, demonstrating the system's capability in small-batch operations.
Company Z, a boutique cosmetic manufacturer, adopted a Manual CO2 Supercritical Extraction Machine for producing customized skincare products. This enabled them to offer unique formulations tailored to customer preferences, increasing market share by 20%.
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