Maximize Essential Oil Yield with Ultrasonic Homogenizers

Product Details
Customization: Available
Additional Capabilities: Milling
Application: Liquid, Liquid with Suspended Solids
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  • Maximize Essential Oil Yield with Ultrasonic Homogenizers
  • Maximize Essential Oil Yield with Ultrasonic Homogenizers
  • Maximize Essential Oil Yield with Ultrasonic Homogenizers
  • Maximize Essential Oil Yield with Ultrasonic Homogenizers
  • Maximize Essential Oil Yield with Ultrasonic Homogenizers
  • Maximize Essential Oil Yield with Ultrasonic Homogenizers
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Basic Info.

Model NO.
SPS20-1000
Condition
New
Main Material
Alloy Steel
Mixing Capacity
≤10L
Stirring Type
Ultrasonic
Type
Ultrasonic Homogenizer
Warranty
One Year
Working
Ultrasonic
Frequency
20kHz
Power
1000watt
Voltage
220V
Temperature
150 Degree Centigrade
Pressure
Normal
Intensity of Sound
>10 W/Cm²
Generator
Digital Type
Transport Package
Wooden Case
Trademark
SP
Origin
China
HS Code
8543709990
Production Capacity
1000pieces/Month

Product Description

Description:
Maximize Essential Oil Yield with Ultrasonic Homogenizers

Ultrasonic extraction has become the preferred method for isolating bioactive compounds from botanicals due to its high efficiency and ability to produce superior extract yields in a relatively short time. This method leverages the power of sound waves to break down plant material and release valuable bioactive compounds, which can then be used in various applications, including food, nutraceuticals, supplements, and pharmaceuticals.
How Ultrasonic Extraction Works:
Ultrasonic extraction utilizes a process called sonication, where ultrasonic waves are applied to a liquid or slurry. These waves create rapid pressure changes that lead to the formation of microscopic bubbles within the liquid. As the bubbles grow and collapse (a phenomenon known as cavitation), they produce intense local forces that break apart plant cell walls, facilitating the release of target compounds. This mechanical action makes the extraction process highly effective and efficient, often achieving higher yields compared to traditional methods like solvent extraction or heat extraction.


Specifications: 
Model SPS20-500S SPS20-1000 SPS20-2000 SPS20-3000 SPS20-3000Z
Frequency 20Khz 20Khz 20Khz 20Khz 20Khz
Power 500 W 1000 W 2000W 3000W 3000 W
Voltage 220V 220V 220V 220V 220V
Pressure Normal Normal 35 MPa 35 MPa 35 MPa
Intensity of sound >10 W/cm² >10 W/cm² >40 W/cm² >60 W/cm² >60 W/cm²
Processing capacity
(L/H)
0.5-2.0 1.0-5.0 20.0 50.0 100.0
Material of probe Titanium Alloy Titanium Alloy Titanium Alloy Titanium Alloy Titanium Alloy
 
Generator Digital type Digital type Digital type Digital type Digital type

Ultrasonic Homogenizer Applications:
Food processing Reaction Acceleration - cavitation accelerates chemical and physical reactions. Fine Particle Dispersion - e.g. nanoparticle processing 
Disruption and Cell Lysing - will break open biological tissues and Cells to extract enzymes and DNA, prepare vaccines.
Homogenization - making uniform mixtures of liquids or liquid suspensions.
Emulsification - processing foods, pharmaceuticals, and cosmetics.
Dissolution - dissolving solids in solvents.
Degassing - removing gases from solutions without heat or vacuum.
Inline pipe cleaning, removes scale or build/up without disassembly.Cylindrical 360° internally radiating chamber.


Ultrasonic Homogenizer Advantages: 

1.Enhanced Extraction Efficiency: Ultrasonic waves create cavitation bubbles within the solvent, which disrupt the cell walls of plant material and enhance the release of bioactive compounds. This results in higher extraction yields compared to traditional methods.

2.Shorter Extraction Time: The mechanical action of ultrasonic waves accelerates the extraction process by facilitating the penetration of solvent into plant tissues. This leads to significantly reduced extraction times, allowing for higher throughput and faster production cycles.

3.Preservation of Phytochemical Integrity: Ultrasonic extraction operates at lower temperatures compared to heat-based extraction methods, minimizing thermal degradation of heat-sensitive phytochemicals such as polyphenols, flavonoids, and enzymes. This helps retain the natural properties and potency of herbal extracts.

4.Selective Extraction: Ultrasonic parameters such as frequency, power, and duration can be adjusted to selectively extract specific compounds from herbs based on their solubility and molecular characteristics. This enables targeted extraction of desired phytochemicals while minimizing the extraction of unwanted components.

5.Eco-Friendly Process: Ultrasonic extraction requires minimal solvent usage due to its efficient mass transfer capabilities, leading to reduced solvent consumption and waste generation. Additionally, the lower energy consumption and shorter processing times contribute to a more environmentally sustainable extraction process.
 

Maximize Essential Oil Yield with Ultrasonic Homogenizers
Maximize Essential Oil Yield with Ultrasonic Homogenizers
Maximize Essential Oil Yield with Ultrasonic Homogenizers


Ultrasonic Extractor Reviews:
ustomers' evalution as follow:
The ultrasonic sonicator works very well. Production process improvement: After using ultrasonic extraction equipment, our entire production process has been greatly improved, and the extraction quality of the product has also been greatly improved. You have been most kind and helpful. Thank you for your expert communication. Customers' recognition and trust is our driving force. Shengpai Technology relies on "Customer Service Being First" as its corporate culture. Aim is "Quality First, Service First". Today, because of its abundant professional knowledge and good after-sales service, Shengpai Technology has gained a very good reputation.

Maximize Essential Oil Yield with Ultrasonic HomogenizersMaximize Essential Oil Yield with Ultrasonic Homogenizers
FAQS:
What is ultrasonic extraction?
Ultrasonic extraction is a process that uses high-frequency sound waves (ultrasound) to enhance the extraction of compounds from solid or liquid samples. The mechanical waves create cavitation, leading to the release of target compounds from the matrix.

How does ultrasonic extraction work?
Ultrasonic waves generate microscopic bubbles in the extraction solvent. When these bubbles collapse, they produce intense shockwaves and microjets, creating turbulence that enhances mass transfer and facilitates the extraction of compounds from the sample.

What are the advantages of ultrasonic extraction?
Ultrasonic extraction offers several benefits, including increased extraction efficiency, shorter processing times, reduced solvent consumption, and the ability to extract a wide range of compounds. It is also a non-thermal process, preserving heat-sensitive compounds.

What types of samples can be processed with ultrasonic extraction?
Ultrasonic extraction is versatile and can be applied to various samples, including plant materials, food products, pharmaceuticals, and environmental samples. It is suitable for extracting bioactive compounds, flavors, fragrances, and other target substances.

Is ultrasonic extraction suitable for large-scale production?
Yes, ultrasonic extraction can be scaled up for industrial applications. There are ultrasonic processors designed for both laboratory and industrial use, allowing for efficient and consistent extraction on a larger scale.

Are there any limitations to ultrasonic extraction?
While ultrasonic extraction is highly effective, its efficiency may vary depending on factors such as sample characteristics, ultrasonic frequency, and power. Additionally, some compounds may be sensitive to the mechanical forces generated during the process.

Can ultrasonic extraction replace traditional extraction methods?
Ultrasonic extraction is often used as a complementary or alternative method to traditional extraction techniques. Its efficiency, speed, and ability to work at lower temperatures make it a valuable tool, but the choice between methods depends on the specific requirements of the extraction process.

What parameters should be considered for optimizing ultrasonic extraction?
Optimization involves adjusting parameters such as ultrasonic frequency, power, extraction time, and solvent choice. These factors should be tailored to the specific characteristics of the sample and the desired compounds to achieve the best results.
 

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