Ultrasound Assisted Extraction Machine

Ultrasonic-assisted extraction machine is a method that utilizes the cavitation,  extraction can be performed at lower temperatures, ultrasonic extraction helps to protect heat-sensitive components and reduce harmful by-products resulting from high-temperature processing.

Definition: The use of ultrasound cavitation effect, mechanical effects to accelerate the frequency and speed of molecular movement of substances.

Advantages: environmental protection, high efficiency, does not change the structure and activity of extracts.

Ultrasound-Assisted Extraction (UAE) is suitable for the extraction of many types of substances due to its high efficiency, speed and gentleness. The following are some of the categories of substances that are particularly suitable for extraction using ultrasound:

1. **Natural products and plant constituents**:
- Active ingredients in herbs and plants, e.g. flavonoids, phenolic compounds, alkaloids, etc.
- Plant essential oils and spices, such as peppermint oil, citrus oil, etc.

2. **Food components**:
- Nutritional components of food, e.g. vitamins, colours, proteins, etc.
- Functional food ingredients, such as dietary fibre, polysaccharides, etc.

3. **Cosmetic ingredients**:
- Natural antioxidants, such as green tea extract.
- Skin whitening and anti-aging ingredients, such as arbutin, vitamin C derivatives, etc.

4. **Pharmaceutical ingredients**:
- Active ingredients in medicines, e.g. antibiotics, anti-inflammatory drugs.
- Active ingredients in traditional medicinal herbs.

5. **Environmental Sample Analysis**:
- Pollutants in water and soil samples, such as heavy metals, organic pollutants, etc.

6. **Biological Sample Analysis**:
- Biomarkers in cells and tissues, e.g. DNA, RNA, proteins, etc.

7. **Industrial chemicals**:
- Catalysts, dyes, etc. in industrial production.

8. **Agricultural products**:
- Natural pigments and antioxidants in agricultural products, such as lycopene, β-carotene, etc.

9. **Synthesis of nanomaterials**:
- Synthesis of nanomaterials using the cavitation effect of ultrasound.

The advantage of ultrasonic extraction lies in its ability to rapidly disrupt the cellular structure and release intracellular components while maintaining the activity and stability of the components. In addition, ultrasonic extraction can be carried out at room temperature or lower temperatures, which is suitable for the extraction of heat-sensitive substances. Due to these properties, ultrasonic extraction technology is increasingly used in the above fields.

Shorten extraction time and increase extraction efficiency

No limitation of polarity and molecular mass of components

Reduces or eliminates the need for organic solvents, reducing environmental impacts

Ultrasonic extraction technology is widely used for the extraction of essential oils from a wide range of plants due to its high efficiency, gentleness and environmental friendliness. Ultrasound-Assisted Extraction (UAE) is particularly suited to the extraction of plant essential oils because of its gentle operating conditions and high efficiency, and it helps to preserve the active ingredients in the essential oils.
 

Below are some of the plant essential oils that are particularly effective when extracted using ultrasound:

Citrus essential oils:

Orange oil, lemon oil, grapefruit oil, etc. These essential oils are commonly used in food flavouring and perfume manufacturing.

Vanilla and Spice Essential Oils:

Peppermint oil, rosemary oil, basil oil, etc. These oils are commonly used in cooking and aromatherapy.

Floral Essential Oils:

Rose oil, jasmine oil, lavender oil, etc. These essential oils are popular for their unique aroma and soothing effects.

Herbal Essential Oils:

Eucalyptus oil, tea tree oil, bee balm oil, etc. These essential oils are commonly used in natural remedies and personal care products.

Resinous and Woody Essential Oils:

Sandalwood oil, cedarwood oil, etc. These oils are used in perfumery and aromatherapy for their deep scent and relaxing effects.

Root and Seed Essential Oils:

Fennel oil, coriander oil, etc. These essential oils are used in food flavouring and perfumery.

Tropical Essential Oils:

Ylang ylang oil, lemongrass oil, etc. These essential oils are commonly used in perfumes and personal care products.

Ultrasonic extraction techniques are particularly effective for these plant essential oils because:

Rapid extraction: ultrasound quickly breaks down plant cell walls and accelerates the release of essential oils.

Retention of activity: Low temperature extraction helps to maintain the active ingredients and aroma of essential oils.

Improve efficiency: ultrasound can improve solvent penetration and increase extraction efficiency.

Reduce the amount of solvent: ultrasonic extraction can reduce the amount of solvent used, reducing the impact on the environment.

Ultrasonic-assisted extraction equipment

Fully automated ultrasonic extraction equipment

Co-extraction Technology

Ultrasonic-Microwave Co-Extraction (UMAE), combining the effects of ultrasound and microwaves on a sample or material

Contact us to learn how ultrasonic assisted extraction works?

Does it use touch screen integrated control technology, phase-locked loop frequency auto-tracking technology, explosion-proof material options such as 304 and 316?What are the applications, such as food, supplements and pharmaceuticals?

For example, soaking time, how to choose the right extractor power and frequency, etc.?

Parameter settings, e.g. frequency range, heating temperature, etc., as well as equipment performance, e.g. simple operation, easy maintenance, low impurity extraction, etc.?

Through the consultation of the above questions, you can have a more comprehensive understanding of the relevant information on ultrasonic assisted extraction equipment to provide strong support for the purchase decision.

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