Ultrasonic Wall-Breaking Machine for Plant Extracts

Key Features and Technical Functions

1.28 kHz High-Frequency Ultrasonic Technology

Uses high-frequency ultrasonic vibration at a nominal frequency of 28 kHz to generate acoustic cavitation and localized mechanical effects in liquid media. Helps disrupt plant cell structures and promote the release of intracellular compounds.

2.Efficient Plant Cell Wall Disruption

Uses ultrasonic cavitation, microjets, and shear forces to improve the disruption of plant tissues. The reported cell wall disruption rate can reach ≥95% under specified operating conditions, subject to raw material characteristics and validated testing methods.

3.Enhanced Active Ingredient Release

Helps improve the release of target compounds from plant cells, including polyphenols, flavonoids, polysaccharides, saponins, and other botanical constituents. Supports subsequent extraction and separation processes.

4.Broad Botanical Material Compatibility

Suitable for pretreatment of different plant materials, including roots, stems, leaves, flowers, fruits, and other botanical tissues. Processing parameters can be adjusted according to material properties and extraction requirements.

5.Improved Extraction Process Consistency

Helps improve the interaction between plant tissues and extraction media, supporting more standardized pretreatment conditions and potentially improving extraction repeatability across production batches.

6.Flexible Integration with Extraction Systems

Can be integrated with plant material feeding, extraction tanks, filtration systems, concentration equipment, and downstream vacuum freeze dryers to establish an integrated botanical ingredient processing line.

7.Support for Plant Extract Product Development

Suitable for laboratory research, pilot-scale process development, and industrial botanical extraction applications. Helps manufacturers evaluate pretreatment parameters and optimize extraction formulations for different plant-derived products.

Applications in Plant Extract and Freeze-Dried Ingredient Production

The Ultrasonic Cell Wall Disruption Machine plays an important role in the upstream pretreatment stage of plant extract manufacturing.

• Traditional Chinese Medicine Extraction: Suitable for pretreatment of roots, stems, leaves, and other medicinal botanical materials, helping promote the release of target compounds before extraction.
• Plant Polyphenol Extraction: Supports the pretreatment of plant materials containing polyphenols and flavonoids, facilitating the release of these compounds into extraction media.
• Plant Polysaccharide Extraction: Helps disrupt plant tissue structures and promote the release of polysaccharides from suitable botanical raw materials.
• Natural Plant Active Ingredient Processing: Suitable for the development and processing of botanical ingredients used in functional foods, nutritional products, and natural additives.
• Freeze-Dried Plant Extract Powder Production: Provides pretreatment support for plant extraction processes before filtration, concentration, and vacuum freeze-drying.
• Functional Food and Health Ingredient Manufacturing: Supports the preparation of botanical extracts used in functional beverages, dietary supplement ingredients, and plant-based nutritional products.
• OEM/ODM Botanical Processing: Suitable for manufacturers developing customized plant extract formulations and freeze-dried botanical ingredient products.

Importance of Ultrasonic Pretreatment in Plant Extract Freeze-Drying

Plant extract freeze-drying involves multiple processing stages, including raw material pretreatment, extraction, filtration, concentration, pre-freezing, and vacuum freeze-drying.

The quality of the initial plant extract has a direct influence on the composition and characteristics of the final freeze-dried powder.

Ultrasonic pretreatment helps improve the accessibility of intracellular compounds before extraction, providing several potential benefits for downstream processing:

• Improved Cell Structure Disruption: Helps break down plant tissue structures and facilitate the release of intracellular target compounds.
• Enhanced Extraction Efficiency: Promotes contact between plant materials and extraction media, potentially improving the recovery of selected active ingredients.
• Better Extract Preparation: Supports the preparation of botanical extraction liquids with more controlled composition for subsequent filtration and concentration.
• Improved Batch Consistency: Standardized ultrasonic pretreatment parameters help establish repeatable raw material processing conditions.
• Support for Freeze-Dried Powder Quality: Provides a suitable pretreatment step for preparing plant extracts before low-temperature vacuum dehydration, helping manufacturers optimize the overall production process.

The actual extraction yield and retention of active compounds depend on botanical species, particle size, solvent composition, solid-to-liquid ratio, ultrasonic intensity, processing time, and temperature. Ultrasonic pretreatment must be optimized for each target ingredient to avoid excessive heating or degradation of sensitive compounds.

Position in the Plant Extract Freeze-Drying Production Line

The Ultrasonic Cell Wall Disruption Machine is generally installed in the upstream raw material pretreatment section, before extraction, filtration, concentration, and vacuum freeze-drying.

Typical Plant Extract Freeze-Drying Process:

Botanical Raw Material Inspection → Cleaning and Cutting → Crushing or Size Reduction → Ultrasonic Cell Wall Disruption → Extraction → Solid-Liquid Separation → Filtration → Concentration → Pre-Freezing → Vacuum Freeze-Drying → Crushing or Milling → Sieving → Packaging

Depending on the plant species and target active ingredients, additional processes such as solvent recovery, purification, membrane separation, or formulation adjustment may be incorporated.

In this production system, the ultrasonic machine focuses on botanical cell structure disruption and extraction pretreatment, while the industrial vacuum freeze dryer performs the core dehydration process through ice sublimation under vacuum conditions.

By coordinating ultrasonic pretreatment, extraction conditions, concentration, and freeze-drying parameters, manufacturers can establish a more standardized process for producing high-quality freeze-dried plant extracts.

Industrial Applications and Target Customers

The SIENOUltrasonic Cell Wall Disruption Machine is suitable for:

• Plant extract manufacturers
• Traditional Chinese medicine extraction companies
• Botanical ingredient processing plants
• Natural product development enterprises
• Functional food and beverage manufacturers
• Dietary supplement ingredient producers
• Pharmaceutical botanical extract manufacturers
• Cosmetics and natural ingredient manufacturers
• Research laboratories and pilot-scale extraction facilities
• Manufacturers establishing or upgrading plant extract freeze-drying production lines

Integrated Plant Extract Freeze-Drying Solutions

SIENO specializes in industrial vacuum freeze-drying equipment and integrated freeze-dried food, botanical ingredient, and natural product processing solutions.

For plant extract manufacturers, SIENO can provide equipment selection and production line integration solutions covering botanical raw material pretreatment, ultrasonic cell wall disruption, extraction, filtration, concentration, pre-freezing, vacuum freeze-drying, powder processing, and finished-product packaging.

The Ultrasonic Cell Wall Disruption Machine serves as an upstream pretreatment unit that helps promote the release of intracellular plant compounds, while SIENO industrial vacuum freeze dryers perform the core dehydration process through vacuum sublimation.

By combining botanical pretreatment equipment, extraction systems, concentration equipment, and industrial vacuum freeze-drying technology, SIENO helps manufacturers develop customized production lines for freeze-dried plant extracts, botanical powders, functional food ingredients, and natural active compounds.

Production line configurations can be tailored according to botanical materials, target active ingredients, extraction methods, processing capacity, and finished-product specifications.

Core Product Keywords:

Ultrasonic Cell Wall Disruption Machine, Ultrasonic Plant Extraction Equipment, 28 kHz Ultrasonic Processor, Botanical Extraction Pretreatment Equipment, Plant Cell Disruption Machine, Ultrasonic Extraction System, Plant Extract Processing Equipment, Freeze-Dried Plant Extract Production Line, Botanical Freeze-Drying Equipment, Industrial Vacuum Freeze Dryer, Freeze-Dried Botanical Powder Manufacturing, Natural Active Ingredient Processing Equipment.