Scientz-150 Experimental High Pressure Homogenizer

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Scientz-150 Experimental High Pressure Homogenizer

Product ID：SYHHFSjrh013

Price: Please inquire PDF Format

Supply Ability:50SETS/MONTH

Port:SHENZHEN

Product Introduction
Other information

Model NumberScientz-150

Brand NameNBXINZHI

Payment TermsTT，PAYPAL，Alibaba.com Pay

Scientz-150 Experimental High Pressure Homogenizer

Product Introduction
The Scientz-150 Experimental High Pressure Homogenizer is designed for laboratory-scale sample processing in biotechnology, biopharmaceutical research, fermentation, and food applications. It uses adjustable high pressure and a specialized homogenizing valve to generate cavitation, impact, and shear forces, supporting microbial cell disruption, emulsification, homogenization, and particle size reduction.
With a maximum working pressure of 1200 bar, an integrated cooling circulation system, and 316L stainless steel material-contact piping, the Scientz-150 is suitable for processing samples such as Escherichia coli and yeast. Optional secondary homogenization modules and application-specific homogenizing valves expand its versatility.

Performance Features
• High-pressure processing: Maximum working pressure of 1200 bar for intensive homogenization and cell disruption.
• Efficient particle reduction: Designed to produce uniformly refined particles below 100 nm under suitable processing conditions.
• Multiple processing effects: Combines cavitation, impact, and shear forces to improve sample dispersion and disruption.
• Integrated cooling system: Built-in cooling circulation directly cools the homogenizing head to help manage processing heat.
• Corrosion-resistant wetted parts: Material-contact piping is made of 316L stainless steel.
• Flexible throughput options: Available in 12 L/h and 25 L/h configurations.
• Expandable configuration: Optional second-stage homogenization module and different homogenizing valves for specific applications.
• Compact laboratory design: Small footprint with imported key components and convenient operation.

Working Principle
The Scientz-150 uses a special plunger to force the sample into an adjustable-pressure homogenizing valve assembly. As the material passes through a narrow restriction, its pressure drops rapidly and its velocity increases. The resulting cavitation, impact, and shear forces disrupt cells, break down aggregates, and reduce particle size.
These combined effects support microbial cell disruption, emulsification, and uniform dispersion. The integrated cooling circulation system helps remove heat generated during high-pressure processing, protecting temperature-sensitive samples when used with appropriate operating conditions.

Technical Specifications

Parameter	Specification
Model	Scientz-150
Equipment Type	Experimental High Pressure Homogenizer
Maximum Working Pressure	1200 bar / 120 MPa / 17,400 psi
Maximum Design Pressure	1500 bar / 150 MPa / 21,750 psi
Maximum Throughput	12 L/h or 25 L/h, depending on model
Minimum Processing Volume	30 mL
Cooling System	Built-in cooling circulation system
Material-Contact Piping	316L stainless steel
Motor Power	1.5 kW
Power Supply	380 V, 50 Hz
Dimensions	800 × 460 × 450 mm (L × W × H)
Weight	120 kg
Optional Accessories	Secondary homogenization module; application-specific homogenizing valves
Stated Particle Size	Below 100 nm under suitable processing conditions
Stated Cell Disruption Rate	Greater than 95%, depending on sample and operating conditions

Application Scenarios
• Biotechnology laboratories: Disruption and processing of microbial samples.
• Biopharmaceutical research: Homogenization of biological materials and preparation of experimental samples.
• Fermentation research: Processing of samples from fermentation systems, including E. coli and yeast.
• Pharmaceutical development: Emulsification, homogenization, and particle size reduction.
• Food and beverage production: Processing of dairy products, juices, beverages, and other liquid formulations.
• Biological sample preparation: Improving dispersion and sample uniformity for downstream analysis.

Scientz-150 vs. Conventional Laboratory Homogenization Equipment

Comparison Item	Scientz-150 High Pressure Homogenizer	Conventional Low-Pressure or Rotor-Stator Homogenizer
Processing Mechanism	High-pressure valve with cavitation, impact, and shear	Mechanical shear or lower-pressure mixing
Maximum Working Pressure	1200 bar	Depends on equipment
Cell Disruption	Suitable for microbial cell disruption	Depends on sample and configuration
Particle Size Reduction	Designed for fine particle reduction, potentially below 100 nm	Depends on equipment and formulation
Cooling	Integrated cooling circulation system	Depends on model
Material-Contact Piping	316L stainless steel	Depends on model
Throughput Options	12 L/h or 25 L/h	Depends on model
Typical Applications	Biotechnology, pharmaceutical, fermentation, and food processing	General mixing, dispersion, and homogenization

Frequently Asked Questions
1. What is the Scientz-150 High Pressure Homogenizer used for?
It is used for laboratory-scale cell disruption, emulsification, homogenization, and particle size reduction in biotechnology, pharmaceutical, food, and fermentation applications.
2. What is the maximum working pressure?
The maximum working pressure is 1200 bar (120 MPa), with a maximum design pressure of 1500 bar (150 MPa).
3. Can it process E. coli and yeast samples?
Yes. It is designed for microbial sample processing, including E. coli and yeast. Actual disruption performance depends on the organism, sample concentration, pressure, and number of passes.
4. Can the Scientz-150 produce particles smaller than 100 nm?
The supplied specifications state that particle sizes below 100 nm can be achieved. Actual results depend on the material, formulation, processing pressure, and number of passes.
5. Does the equipment have a cooling system?
Yes. It features built-in cooling circulation that directly cools the homogenizing head and helps control processing temperature.
6. What throughput options are available?
The listed maximum throughput options are 12 L/h and 25 L/h. Confirm the selected model and actual throughput at the required operating pressure.
7. What materials contact the sample?
The supplied information specifies 316L stainless steel for the material-contact piping. Confirm the materials of the valve, seals, and other wetted components for compatibility with your sample.
8. Are optional accessories available?
Yes. A secondary homogenization module and different homogenizing valves can be selected for different processing requirements.

Frequently Asked Questions
1. What is the Scientz-150 High Pressure Homogenizer used for?
It is used for laboratory-scale cell disruption, emulsification, homogenization, and particle size reduction in biotechnology, pharmaceutical, food, and fermentation applications.
2. What is the maximum working pressure?
The maximum working pressure is 1200 bar (120 MPa), with a maximum design pressure of 1500 bar (150 MPa).
3. Can it process E. coli and yeast samples?
Yes. It is designed for microbial sample processing, including E. coli and yeast. Actual disruption performance depends on the organism, sample concentration, pressure, and number of passes.
4. Can the Scientz-150 produce particles smaller than 100 nm?
The supplied specifications state that particle sizes below 100 nm can be achieved. Actual results depend on the material, formulation, processing pressure, and number of passes.
5. Does the equipment have a cooling system?
Yes. It features built-in cooling circulation that directly cools the homogenizing head and helps control processing temperature.
6. What throughput options are available?
The listed maximum throughput options are 12 L/h and 25 L/h. Confirm the selected model and actual throughput at the required operating pressure.
7. What materials contact the sample?
The supplied information specifies 316L stainless steel for the material-contact piping. Confirm the materials of the valve, seals, and other wetted components for compatibility with your sample.
8. Are optional accessories available?
Yes. A secondary homogenization module and different homogenizing valves can be selected for different processing requirements.