SCIENTZ-207A Ultra High Pressure Homogenizer

NegotiableUpdate on 01/07

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The Scientz-207A ultra-high pressure homogenizer utilizes the ultra-high pressure energy generated by servo motor power to instantly release materials through narrow slits, achieving crushing, homogenization, emulsification, and dispersion effects under the action of high shear effects, cavitation effects, and collision effects, while maintaining a constant pressure working state. The material particle size can be uniformly refined to below 100nm, with a crushing rate greater than 95%. All contact material pipelines are made of 316L stainless steel material, which has the advantages of high pressure, small volume, light weight, easy operation, intuitive display, high processing efficiency, and large sample output. It is a standard equipment for research and production in industries such as biotechnology and biopharmaceuticals.

Product Details

Maximum pressure design	2070bar/207Mpa/30015psi
Maximum working pressure	1800bar/180Mpa/26100psi
Maximum sample processing capacity	15L/H
Minimum sample processing capacity	15ml
MOTOR	3.0kw/220V/50Hz
Maximum Feed Particles	<100 microns
flow control	Free adjustment of flow rate
sensor	Imported high-precision sensors
Built in cooler	Configure a cooler that does not consume materials and controls homogenization temperature
accessory	Optional chiller
Residual amount of materials	not have
Do you need exhaust	deny
Electrical control	Industrial grade PLC controller
Condensed water tray	Install condensate water tray
Screen and Display	7-inch industrial grade touch screen+integrated digital display of pressure and temperature+real-time curve
Net weight of the instrument	95kg
Appearance dimensions (L * W * H)	1100280460mm

DESCRIPTION

The Scientz-207A ultra-high pressure homogenizer is a miniaturized desktop biological sample processing device that can achieve cell crushing or material homogenization in biological laboratories and small-scale production. Different samples achieve fragmentation, emulsification, and dispersion effects by controlling pressure, flow rate, cavitation, impact, shear, and process duration. There is also a cooling circulation system interface, which is matched with a constant temperature bath to effectively control temperature and improve homogenization effect. Suitable for universities, research institutes, and enterprise R&D laboratories in fields such as pharmaceuticals, biotechnology, cosmetics, food and beverage, graphene, etc.

Working principle

The material enters the high-pressure chamber from the material cup through a one-way valve, and is pressurized by the pump body to reach the regulated high pressure. It is instantly released through a specific width of flow restriction gap to form a micro jet that impacts the impact valve or homogenization valve. The material is then subjected to cavitation, impact, and shear to achieve the purpose of emulsification, dispersion, and cell pulverization.

application area

Research on the Integration of Traditional Chinese Medicine Extracts with Modern Pharmaceutical New Technologies		Application in ultrafine grinding and processing of pigments and dyes
Application of non heating sterilization technology in liquid food		• Processing microbial samples and fragmentation of algal cells
• Optimization of cosmetics (nanoparticle lotion, liposome) process		Study the effects of different homogenization conditions on the physicochemical properties of food and beverages
•Study on the functional effects of plant proteins under different homogeneous conditions		•Optimize the extraction and preparation process of effective drug components (fat emulsion, nanosuspension, lipid nanoparticles, liposomes, flavonoids)

Product Features

• Wide sample rangeBacteria, fruit juice, polymer materials

• Adjustable pressure Design homogeneous pressure adjustable from 0 to 207Mpa

• Automated operations Automatic sampling, continuous operation, no need for exhaust

• High hygiene levelAdopting 316L stainless steel material required for composite food and drug products

• Temperature controllableThe inlet and outlet of the cooling joint are connected to the constant temperature bath, effectively controlling the temperature rise of homogeneous materials

• High crushing efficiencyThe particle size of biological sample materials can be uniformly refined to below 10nm, with a crushing rate greater than 95%

Sample examples

vegetable protein	Soy protein, peanut protein, sweet potato protein, etc
plant tissue	Tremella spores, hawthorn leaves, loquat leaves, rhizomes of ginger plants, etc
algal cells	Spirulina cells, Nostoc flagellates cells, Chlorella cells, etc
microorganism	Yeast, Escherichia coli, Clostridium perfringens, etc
liquid food	Food and beverage, dairy products, jelly, etc
Paint paste	Carbon black coating paste, phthalocyanine green coating paste, phthalocyanine blue coating paste, purple 23 coating paste, etc