SCIENTZ-Nano Laboratory High Pressure Homogenizer

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SCIENTZ-Nano Laboratory High Pressure Homogenizer

Product ID：SYHHFSjrh063

Price: Please inquire PDF Format

Supply Ability:50 SETS/MON

Port:SHENZHEN

Product Introduction
Other information

Model NumberSCIENTZ-Nano

Brand NameNBXINZHI

Payment TermsTT，PAYPAL，Alibaba.com Pay

SCIENTZ-Nano Laboratory High Pressure Homogenizer
Product Introduction
The SCIENTZ-Nano Laboratory High Pressure Homogenizer is a compact benchtop high-pressure sample processing system designed for laboratory research, biotechnology, pharmaceutical development, food engineering, and nanomaterial preparation. It combines high homogenization pressure, an integrated cooling system, and adjustable flow control to achieve efficient cell disruption, nano-emulsification, particle size reduction, and sample dispersion.
With a maximum working pressure of 1500 bar (150 MPa), the SCIENTZ-Nano can reduce biological sample particle sizes to below 100 nm while achieving a cell disruption efficiency exceeding 95%. Its sanitary stainless-steel construction, low sample requirement, and optional automatic pressure adjustment make it an ideal solution for both R&D laboratories and pilot-scale production.

Key Features
• Maximum homogenization pressure up to 1500 bar (150 MPa)
• Produces particle sizes below 100 nm
• Cell disruption efficiency greater than 95%
• Compact benchtop design for laboratory use
• Adjustable pressure and variable flow control
• Integrated cooling system minimizes sample temperature rise
• Hygienic 316L stainless steel wetted parts
• Built-in drain valve for nearly zero sample residue
• Online automatic venting with pressure recovery
• Optional automatic pressure regulation
• Optional plunger cleaning function for longer seal life
• Stable pressure output with long service life

Working Principle
The SCIENTZ-Nano operates using high-pressure homogenization technology.
The sample is drawn from the material container through a one-way valve into the high-pressure chamber. A reciprocating plunger compresses the sample to the preset pressure. The pressurized liquid is then forced through a precision micro-gap, creating an instantaneous micro-jet.
During this process, intense cavitation, high-speed impact, and shear forces effectively disrupt cells, reduce particle size, disperse particles uniformly, and produce stable nano-scale emulsions or suspensions.
The integrated cooling system directly cools the homogenization head, helping preserve temperature-sensitive biological samples throughout processing.

Technical Specifications

Parameter	SCIENTZ-Nano
Model	SCIENTZ-Nano
Power Supply	220 V / 50 Hz
Flow Rate	6–10 L/h
Minimum Sample Volume	30 mL
Suction Frequency	Approx. 140 strokes/min
Maximum Working Pressure	1500 bar (150 MPa)
Maximum Feed Particle Size	＜500 μm
Maximum Product Viscosity	2000 cP
Motor Power	1.5 kW (8-pole)
Pressure Display	Digital pressure gauge
Maximum Product Temperature	90°C
Maximum Steam Sterilization Temperature	121°C
Dimensions	800 × 460 × 450 mm

Typical Applications
Biotechnology
• Microbial cell disruption
• Algae cell lysis
• Protein extraction
• Enzyme release
• Functional protein research
Biopharmaceutical Research
• Liposome preparation
• Lipid nanoparticle (LNP) production
• Nano-suspension preparation
• Fat emulsion production
• Flavonoid extraction
• Traditional Chinese medicine extraction optimization
• Drug formulation development
Food Engineering
• Beverage homogenization
• Dairy product processing
• Functional food development
• Food emulsification
• Non-thermal liquid food sterilization research
Materials Science
• Pigment dispersion
• Dye micronization
• Cosmetic nano-emulsion production
• Liposome cosmetics
• Nanomaterial preparation
• Fine chemical processing

Why Choose SCIENTZ-Nano?

SCIENTZ-Nano	Conventional Laboratory Homogenizer
Up to 1500 bar pressure	Lower operating pressure
Particle size below 100 nm	Larger particle size
>95% cell disruption efficiency	Lower disruption efficiency
Integrated cooling system	External cooling often required
Variable pressure and flow	Limited adjustment
316L sanitary stainless steel	Standard materials
Minimal sample residue	More sample loss
Optional automatic pressure regulation	Mostly manual adjustment
Suitable for biotechnology, pharma, food and nanomaterials	More limited application range

Frequently Asked Questions
What is the SCIENTZ-Nano used for?
It is used for high-pressure homogenization, cell disruption, nano-emulsification, particle size reduction, liposome preparation, nanoparticle production, and biological sample processing.
What is the maximum operating pressure?
The instrument operates at pressures up to 1500 bar (150 MPa).
What minimum sample volume can be processed?
The SCIENTZ-Nano can process samples as small as 30 mL, making it suitable for laboratory-scale research.
Can it process temperature-sensitive samples?
Yes. The integrated cooling system connects to an external constant-temperature circulator, effectively controlling temperature rise during homogenization.
Which industries commonly use this homogenizer?
Typical users include biotechnology laboratories, pharmaceutical companies, food research institutes, cosmetic manufacturers, nanotechnology laboratories, and materials science research centers.
What optional configurations are available?
Optional features include:
• Automatic pressure adjustment
• Plunger cleaning system
• Application-specific homogenization valves

Laboratory High Pressure Homogenizer for Efficient Nano Processing
The SCIENTZ-Nano combines high pressure, precise flow control, integrated cooling, and sanitary construction into a compact laboratory instrument. It enables reliable nano-scale homogenization, efficient cell disruption, and reproducible sample preparation for advanced research in biotechnology, pharmaceuticals, food science, cosmetics, and nanomaterials, making it an ideal benchtop solution for both research laboratories and pilot-scale process development.

Frequently Asked Questions
What is the SCIENTZ-Nano used for?
It is used for high-pressure homogenization, cell disruption, nano-emulsification, particle size reduction, liposome preparation, nanoparticle production, and biological sample processing.
What is the maximum operating pressure?
The instrument operates at pressures up to 1500 bar (150 MPa).
What minimum sample volume can be processed?
The SCIENTZ-Nano can process samples as small as 30 mL, making it suitable for laboratory-scale research.
Can it process temperature-sensitive samples?
Yes. The integrated cooling system connects to an external constant-temperature circulator, effectively controlling temperature rise during homogenization.
Which industries commonly use this homogenizer?
Typical users include biotechnology laboratories, pharmaceutical companies, food research institutes, cosmetic manufacturers, nanotechnology laboratories, and materials science research centers.
What optional configurations are available?
Optional features include:
• Automatic pressure adjustment
• Plunger cleaning system
• Application-specific homogenization valves