M-2.5 ScCO2 EXTRACTOR

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Brand : EXTRAKTLAB

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M-2.5 ScCO2 EXTRACTOR

M-2.5 ScCO2 Extractor

The Fully Automated M-2.5 is perfect for the researcher or small-scale producer. It sits on a table top while providing a large range of customization options to enable cutting edge R&D.

1. Extraction (Subcritical, Supercritical, Water, CO2, co-solvent)

2. Drying

3. Sterilization

The M-2.5 comes standard with a HMI touchscreen interface to control data logging, temperature and pressure control.

Automation:

1. Fully Automated

2. Data Logging

3. Fully Customizable (mixers, detectors, column volumes)

4. Chilled Collector

Capability:

1. Sub or Supercritical CO2 Extractions

2. Subcritical Water or Co-solvents

3. Wide Range of Temperatures -10 – 100ºC

4. Large Pressure Range 800 – 5000 psi

Cleanability:

1. Cleanable Vessels

2. Cleanable Recycler with Top & Bottom Accessibility

Applications

1. Botanical Extractions

2. Extraction of essential oils.

3. Extraction of plant material for use in nutraceuticals.

4. General botanical extraction for research and development.

5. Pharmaceutical and Medical

6. Encapsulation of API for greater stability

7.Extraction of pharmaceutical compounds.

Medical implant cleaning.

1. Cleaning of medical devices.

2. Sterilization of materials including tissue scaffolds and bone tissue.

3. Food and Flavor Applications

Extraction of food flavorings.

1. Taste Masking

2. Enhancing flavors in food and drinks.

3. Processing foods with supercritical fluids for preservation.

Research and Development

1. General laboratory research and experimentation .

2. Process development and optimization

3. Exploring a wide range of research applications, including flavors, polyphenols, antioxidants, drying, and defatting

4. Study of physical solubility and phase behavior

5. Material testing and procedure development on a small scale

Industrial and Manufacturing Applications

1. Removal of extractables and leachables from polymers

2. Removal of process aids from polymer fibers

3. Removal of aromas from polymers

4. Metal injection molding (MIM)

5. Waterless textile dyeing

6. Production of nanoparticles

7. IC Wafer cleaning