Hot Selling Factory Supply Ultrasonic Mushroom Extraction System with Chiller

Hot Selling Factory Supply Ultrasonic Mushroom Extraction System with Chiller

Ultrasonic-Assisted Extraction (UAE) is a green, low-temperature, and highly efficient extraction technology that utilizes high-frequency ultrasound to physically break down mushroom cell walls, efficiently releasing active ingredients such as polysaccharides, triterpenes, and polyphenols. Compared to traditional hot cooking methods, it significantly increases yield, shortens extraction time, and protects heat-sensitive substances.

Raw material preparation: Select biological raw materials rich in target vitamins, such as fresh fruits, vegetables, grains or microorganisms, and perform pretreatment, including washing, chopping, drying, crushing and other operations, to increase the contact area between the raw materials and the solvent and improve the extraction efficiency.

Extraction solvent selection: Select a suitable solvent according to the properties of the target vitamin. For example, for water-soluble vitamins, polar solvents such as water and ethanol-water solution are more commonly used; for fat-soluble vitamins, non-polar solvents such as n-hexane and petroleum are often used.

The pharmaceutical industry is one of the most mature areas for the application of ultrasonic extraction, and its importance is directly linked to drug quality and production economics:
Extraction of active ingredients from traditional Chinese medicines: Traditional Chinese medicine decoctions are time-consuming (several hours), resulting in low dissolution rates of active ingredients (such as alkaloids, flavonoids, and saponins), and high temperatures can damage active ingredients. Ultrasonic extraction can shorten extraction times to 30 minutes to 2 hours, increase active ingredient dissolution rates by 20%-50%, and prevent degradation of active ingredients (such as in the extraction of baicalin and artemisinin), thereby ensuring the efficacy and stability of traditional Chinese medicine preparations.

Ultrasonic extraction can quickly produce highly active, high-purity raw materials for health supplements, such as proanthocyanidins from grape seeds, wolfberry polysaccharides from wolfberries, and phycocyanin from spirulina, meeting the health supplement industry's demand for "natural and effective" ingredients while reducing production costs.

Detailed Advantages of Ultrasonic-Assisted Mushroom Extraction

I. Extremely High Cell Wall Breaking Efficiency and Significantly Increased Yield of Active Ingredients
Powerful Destruction of Mushroom Cell Walls
Mushroom cell walls are mainly composed of chitin and cellulose, with a dense structure that is difficult to completely break down using traditional boiling methods.

Ultrasound, through cavitation effects, generates microjets, shear forces, and shock waves, directly "shattering" the cell walls.

More Complete Release of Active Ingredients
Intracellular substances such as polysaccharides, β-glucan, triterpenes, polyphenols, and sterols can be released in large quantities and rapidly.

Actual data typically shows an improvement of 20%–80% compared to traditional hot water extraction.

Better Extraction of Both Small and Large Molecules
Especially effective for heat-sensitive or poorly soluble components such as Ganoderma lucidum triterpenes, Hericium erinaceus polysaccharides, and Lentinus edodes polysaccharides.

II. Significantly Reduced Extraction Time and High Production Efficiency
Traditional Hot Water Extraction: 2–4 hours
Ultrasonic Extraction: 10–60 minutes
Overall efficiency increased by 3–10 times
Suitable for continuous industrial production, with lower energy consumption and higher production capacity.

III. Low-Temperature Extraction, Protecting Heat-Sensitive Active Substances
Many active ingredients in mushrooms are sensitive to high temperatures:
Polysaccharides are easily degraded and their molecular weight decreases at high temperatures.
Triterpenes and polyphenols are easily oxidized and inactivated.
Proteins and peptides denature at high temperatures.
Ultrasound extraction can be completed at **room temperature to 60℃**, avoiding high-temperature damage. Therefore:
The extract has higher activity
The color is lighter and there are fewer impurities
The product quality is more stable.

IV. Low Energy Consumption, Less Solvent Use, More Energy-Saving and Environmentally Friendly
No need for prolonged heating, saving steam/electricity
The material-to-liquid ratio is lower, reducing solvent (water/ethanol) usage by 20%–50%
No strong acid or alkali corrosion, no chemical pollution
Low wastewater treatment pressure, meeting modern green production requirements

V. Higher Extract Purity, Fewer Impurities
Ultrasound physically breaks down cell walls, without damaging the raw material structure.
It does not extract large amounts of cellulose, pectin, and pigments like prolonged high-temperature boiling.
The extract is clearer, making subsequent filtration, concentration, and purification simpler.
The final product has lower ash and impurities.

VI. Gentle Extraction, Without Destroying the Molecular Weight and Structure of Polysaccharides
The molecular weight of polysaccharides directly determines their immune activity.

Traditional high-temperature processes easily break down polysaccharide chains, leading to a decrease in molecular weight and activity. Ultrasonic processes, on the other hand, are gentler and shorter, preserving the natural structure of polysaccharides. The resulting extracts exhibit significantly superior bioactivity compared to those produced using traditional methods.

Parameter:

Application
Pharmaceutical industry: In the production of vitamin drugs, ultrasonic extraction can be used to extract vitamins from natural raw materials as active ingredients of drugs, such as extracting B vitamins from yeast and extracting vitamin E from plant oils and fats.
Health care products industry: Used to produce vitamin health products, extract vitamins from natural plants or animal tissues, and make various vitamin tablets, capsules, oral liquids and other products to meet people's demand for vitamin supplements.
Food additives: Extracted vitamins can be used as food additives to fortify foods, such as adding vitamins to beverages, dairy products, cereal products, etc. to improve the nutritional value of food.