A practical selection guide to SCIENTZ ultrasonic cell disruption solutions

THE KEY TO SELECTION Match sample volume, processing goals and required operating continuity with the equipment's power, control features, materials and service support.

Choosing the Right Ultrasonic Cell Disruptor

Ultrasonic cell disruptors are widely used for sample preparation in laboratories and production workflows across biopharmaceuticals, synthetic biology, food and beverage, and advanced materials. With many models on the market, choosing a solution for high-throughput or large-batch processing can be challenging.

This guide introduces Ningbo Scientz Biotechnology Co., Ltd. ("SCIENTZ"; stock code 920685) and selected products from its ultrasonic processing range. It is intended as a product-selection reference, not an exclusive recommendation. The most suitable model depends on the sample and process requirements.

 

About SCIENTZ

SCIENTZ traces its origins to the Ningbo Scientz Instrument Research Institute, established in 1989, and was listed on the Beijing Stock Exchange in 2022. The company develops life science instruments and advanced equipment for fields including biopharmaceuticals, in vitro diagnostics (IVD), synthetic biology, food and beverage, and new materials.

With more than 30 years of development, SCIENTZ has established R&D centers in Ningbo and Hangzhou and more than 30 sales and service locations in major cities across China. The source material reports that the company serves over 30,000 users and exports products to markets including Japan, South Korea, the United States, the United Kingdom, France and Russia.

 

What to Evaluate Before You Buy

SELECTION FACTOR	WHAT TO CHECK
Power and processing capacity	Choose power and batch capacity according to sample volume and process intensity-from small research samples to larger production batches.
Continuous operation	For industrial or high-throughput workflows, assess whether the system is designed for extended, stable operation.
Operation and control	Touchscreen controls, program storage, and adjustable power and processing time can help streamline routine work.
Materials and sterilization	Consider the materials used for the transducer and horn, as well as whether the reaction vessel is easy to clean and sterilize.
R&D and service support	Review the manufacturer's technical capabilities and the availability of selection advice, installation assistance and after-sales service.

 

SCIENTZ: Product Range, Technology and Support

SCIENTZ reports more than 20 product lines and over 200 models, including ultrasonic cell disruptors, freeze dryers, process temperature-control systems, ultrasonic cleaners, microbial growth curve analyzers, high-throughput tissue grinders, gene electroporators, snowflake ice makers and thermostatic baths. These products support sample processing, molecular biology and drug research, laboratory automation and general laboratory workflows.

Its technical platforms include power-ultrasound drive, digital power-ultrasound control, pressure control, high-precision temperature control for complex conditions, and automated liquid-flow control. As of June 30, 2026, the source material reports 96 authorized patents, including 23 invention patents, 55 utility-model patents and 18 design patents, plus 44 software copyrights. SCIENTZ ultrasonic cell disruptors have been recognized as a "First (Set) of Equipment" product in Zhejiang Province; the MGC-500 microbial growth curve analyzer has also received domestic first-set equipment recognition.

The company also reports more than 30 service locations across major Chinese cities, supported by its headquarters team for pre-sales and after-sales assistance.

 

Ultrasonic Solutions for Different Throughput Needs

For larger sample volumes and workflows that require continuous operation, SCIENTZ offers options at different scales. The following specifications are based on the supplied source material; confirm model configuration and process suitability with the manufacturer.

01| SCIENTZ-08 Industrial Ultrasonic Superfine Pulverizer

Developed from laboratory-scale equipment, SCIENTZ-08 is designed for higher-intensity processing and production-oriented applications.

Ultrasonic power	2,400 W
Processing volume	Approximately 1–5 L per batch
Operating frequency	15 kHz
Duty cycle	1%–99%
Horn tip diameter	38 mm
Design features	Dual-excitation transducer technology, overload protection and capability for long-duration continuous operation

Typical applications: Nanomaterial preparation, animal and plant cell/tissue processing, and high-intensity ultrasonic cleaning. The source states that a 1 L sample can be processed in approximately 15 minutes. A coolant circulator can be added when temperature control is required.

02| CFU-3000W Continuous-Flow Ultrasonic Cell Disruptor

Designed for large-volume and continuous processing, the CFU-3000W uses a continuous-flow configuration to reduce interruptions between batches.

Rated ultrasonic power	3,000 W
Horn diameter	50 mm
Reaction vessel volume	Approximately 5 L
Vessel material	SUS316L stainless steel
Inlet / outlet	φ12 mm hose-barb connections
Controls	7-inch touchscreen; storage for up to 50 programs; continuously adjustable ultrasonic time and power
Cleaning / sterilization	Integrated vessel-wall machining for easier cleaning; in-line steam sterilization, or high-pressure/high-temperature sterilization after separating the ultrasonic transducer

Typical applications: Vaccine-adjuvant emulsification, nanomaterial dispersion, chemical synthesis and food emulsification.

03 | JY96-IIN Ultrasonic Cell Disruptor

A compact option for small-volume samples in research laboratories.

Sample volume	10–100 mL
Power	150 W, adjustable from 1% to 100%
Standard horn	6 mm; optional 3 mm horn
Controls	7-inch touchscreen; overload and time alarms; intermittent or continuous pulse modes

Typical applications: Disruption of cells, bacteria, viruses and spores; DNA fragment preparation for high-throughput sequencing and chromatin immunoprecipitation (ChIP); food homogenization; and extraction of traditional Chinese medicinal materials.

 

HIGH-THROUGHPUT ALTERNATIVE The non-contact SCIENTZ08-IIIC cell disruptor was selected for the 2026 "China Good Instruments" list, according to the source material. Non-contact processing may be considered where reducing sample cross-contamination and processing multiwell plates in batches are priorities. Confirm compatibility with the intended sample format and experimental requirements.

 

Applications Across Industries

Ultrasonic processing extends beyond cell disruption. Depending on the equipment configuration and process conditions, applications described in the source material include refining cosmetic particles; extracting polysaccharides and flavonoids from essential oils and natural materials; producing particles from non-ferrous metals and nanomaterials; liquefying gels and defoaming resins; degrading contaminants in water; preparing nanocatalysts; emulsifying vaccine adjuvants; and food emulsification, such as salad dressings and ice cream.

Because sample properties and process objectives differ by industry, model selection should be based on the required treatment volume, target result, temperature sensitivity and operating pattern.

A Practical Takeaway

Start with the process-not just the power rating. When selecting an ultrasonic cell disruptor, assess sample volume, processing conditions and the need for continuous operation alongside the manufacturer's R&D capabilities and service support. With models ranging from small-volume research systems to industrial and continuous-flow solutions, SCIENTZ may be one option to consider for high-throughput ultrasonic processing. Confirm the suitability of a specific model against your actual samples and process conditions.

 

CONTACT SCIENTZ For product details and model-selection assistance, contact SCIENTZ through the official website.