Ultrasonic Lab Oil Extraction Machine
1.High Efficiency: Significantly faster extraction speed compared to conventional methods.
2.Ultrasonic Transducer: Features a high-power transducer with low electrical impedance, strong power output, and stable frequency characteristics.
3.Amplitude Transformer: Delivers consistent and stable operational performance.
4.Ultrasonic Horn: Constructed from specialised materials that enable rapid vibration power transmission.
Product Description:
The fundamental principle of ultrasonic lab oil extraction machine involves using the vibrational energy of ultrasonic waves to crush, disrupt, and agitate plant material. This process releases the essential oils from the raw plant matter. Through subsequent steps of extraction, separation, and purification, high-purity plant essential oil is obtained.
Compared to traditional methods such as distillation and solvent extraction, ultrasonic technology offers higher extraction efficiency, lower energy consumption, and is more environmentally friendly as it avoids pollution.
The typical structure of ultrasonic lab oil extraction machine includes an ultrasonic generator, an ultrasonic transducer, an ultrasonic probe, and an extraction tank. The ultrasonic generator, being the core component, produces high-frequency ultrasonic signals. These signals are transmitted via the ultrasonic probe into the extraction tank. Inside the tank, the vibrational energy crushes and agitates the plant material, facilitating the full release of the essential oils. Subsequently, a separator can be used to remove the solid plant residue from the oil. Finally, a purifier is employed to further eliminate impurities, resulting in a high-purity final product.
Specification of Ultrasonic Lab Oil Extraction Machine
| Model | Ultrasonic frequency | Ultrasonic power | Standard tool head 1/1 | Ultrasonic generator model | Ultrasonic transducer model | Dispersed capacity | duty cycle | Protective function |
| CQ28-P800 | 28KHZ±1KHZ | ≤500W | T28-D10L135 | 2900SP-CQ | JYD-3828-4P8-AU | ≤6L | 10%-100% | Overtemperature/overpower overtime/overload |
| CQ28-P1200 | 20KHZ±0.5KHZ | ≤600W | T28-D20L187 | 2900SP-CQ | JYD-5020-6P4-AU | ≤10L | 10%-100% | Overtemperature/overpower overtime/overload |
| CQ20-P2000 | 20KHZ±0.5KHZ | ≤1200W | T20-D30L490 | 2900SP-CQ | JYD-5020-4P4-AU | ≤30L | 10%-100% | Overtemperature/overpower overtime/overload |
| CQ20-P2600 | 20KHZ±0.5KHZ | ≤2000W | T20-D30L490 | 2900SP-CQ | JYD-5020-6P4-AU | ≤50L | 10%-100% | Overtemperature/overpower overtime/overload |
Advantages of Ultrasonic Extraction:
1. Ultrasonic extraction is not highly dependent on the solvent used. Co-solvents can be added to modify the polarity of the liquid phase, thereby enhancing extraction efficiency.
2. Compared to methods like supercritical CO₂ extraction and ultra-high-pressure extraction, ultrasonic extraction requires simpler equipment, resulting in lower operational costs.
3. Unlike traditional boiling or reflux techniques, ultrasonic extraction does not require heating. This prevents the thermal degradation of active compounds, making it particularly suitable for heat-sensitive substances.
4. In most cases, ultrasonic extraction involves fewer operational steps and a simpler process, reducing the risk of contaminating the extract.
5. This technology increases the yield of active ingredients, ensures optimal utilisation of raw materials, and reduces solvent consumption, leading to significant economic benefits.
6. Ultrasonic extraction is a physical process. No chemical reactions occur during extraction, which helps preserve the biological activity of the target compounds.
FAQ：
Can this Ultrasonic lab oil extraction machine process different herbs or flowers?
Ultrasonic extraction apparatuses are widely employed for extracting active chemical components from traditional Chinese medicinal materials and various animal and plant sources, owing to their unique advantages of shortened extraction time, high yield, and low operating temperature. They demonstrate remarkable efficiency in isolating compounds such as glycosides, alkaloids, polysaccharides, and flavonoids from herbal medicines.
Specific applications include the extraction of:
1. Alkaloids
Representative medicinal herbs: Golden Thread (Coptis chinensis), Amur Cork Tree (Phellodendron chinense), Lightyellow Sophora Root (Sophora flavescens)
2. Saponins
Representative medicinal herbs: Pseudoginseng (Panax notoginseng), Ginseng (Panax ginseng), Chinese Thorowax Root (Bupleurum chinense)
3. Polysaccharides
Representative medicinal herbs: Reishi Mushroom (Ganoderma lucidum), Okra (Abelmoschus esculentus), Thinleaf Milkwort Root (Polygala tenuifolia)
4. Essential Oils
Representative medicinal herbs: Szechuan Lovage Rhizome (Ligusticum chuanxiong), Wrinkled Giant Hyssop (Agastache rugosa), Atractylodes Rhizome (Atractylodes lancea), Round Cardamom (Amomum kravanh), Villous Amomum Fruit (Amomum villosum)
The ultrasonic lab oil extraction machine is particularly suitable for essential oil extraction from various flowers. This equipment utilises ultrasonic technology to generate cavitation effects through high-frequency vibrations, effectively disrupting plant cell walls and facilitating the release of essential oil components. It is appropriate for processing oily plant materials including leaves, blossoms, and herbs such as osmanthus, rose, jasmine, labdanum, iris, and agarwood.
As ultrasonic extraction is not constrained by compound polarity or molecular weight, and offers operational simplicity with high extraction efficiency, it can effectively process diverse floral varieties to meet varied essential oil extraction requirements.
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