Sterile production microjet homogenizer
Brief introduction
The material flow through a one way valve, was pressured in the high pressure chamber. when pass the
micron noozle, the material will subsonic impact the chamber, with a shearing effect at the same time, then
get a narrow range of micron particle.
micron noozle, the material will subsonic impact the chamber, with a shearing effect at the same time, then
get a narrow range of micron particle.
Description
Customer Case
Featured Products
Product Advantage
Modular high-pressure design, can achieve 24-hour continuous operation
PLC automatic control, in accordance with GAMP specifications
Control system complies with FDA 21 CFR Part 11
Sterile process design, in line with cGMP, automatic CIP / SIP, can meet
the production of sterile preparations
Applicable for high viscosity medium, resistant to organic solvents and
excellent chemical resistance
Explosion-proof design for usage in explosive environment(Ⅰ/Ⅱ)
Both Noozle and Impinging Stream Chamber available
Working Principle:
When liquid goes through the one way valve, it will be pressured in the chamber. the plunger push the liquid pass the diamond nozzle. Then the liquid was combined with kinetic energy. three actions will arise: impact the chamber wall, explosion to high shearing, liquid impacted each other. Then the ingredients' size will be decreased. After recycle several times, then can achieve the required particle size.
Advantages;
Electric- liquid controlled movement. With the safety condition, special designed chamber, can achieve the pressure max in 30000psi, ensure the efficiency for nano scale shearing. Can be recycled homogenizing.
Nozzle: the core material of Nozzle is diamond. The sealing design is tapered.it can keep the sealing efficiency in long life with super high pressure.
Cooling system: the machine was connected with chilling water, can control the liquid temperature at required level -20℃---50℃。
Applications
Fat emulsion, liposome emulsion, nanoscale suspension,
Cell rupture
Food, cosmetic's homogenizing.
New energy product (graphene battery slurry, solar panel slurry
TECHNICAL PARAMETERS
APPLICATION AND PRINCIPLE
Main Application
Pharmaceutical Industry
◎ Homogenization of drug-loaded emulsion
◎ Nano particle preparation of liposome
◎ Dispersion of Nano suspension
New Materials Industry
◎ Dispersion of graphene conductive additives
Food Industry
Electronic Paste Industry
Cosmetics Industry
◎ Homogenization of lipsome granules
Working Principle
The material flow through a one way valve, was pressured in the high pressure chamber. when pass the
micron noozle, the material will subsonic impact the chamber, with a shearing effect at the same time, then
get a narrow range of micron particle.
If you are interested in this, please contact me: Nana Zhang
Cell Phone: 0086-15800947006
https://medigrade.en.made-in-china.com/ made-in-china.com
Modular high-pressure design, can achieve 24-hour continuous operation
PLC automatic control, in accordance with GAMP specifications
Control system complies with FDA 21 CFR Part 11
Sterile process design, in line with cGMP, automatic CIP / SIP, can meet
the production of sterile preparations
Applicable for high viscosity medium, resistant to organic solvents and
excellent chemical resistance
Explosion-proof design for usage in explosive environment(Ⅰ/Ⅱ)
Both Noozle and Impinging Stream Chamber available
Working Principle:
When liquid goes through the one way valve, it will be pressured in the chamber. the plunger push the liquid pass the diamond nozzle. Then the liquid was combined with kinetic energy. three actions will arise: impact the chamber wall, explosion to high shearing, liquid impacted each other. Then the ingredients' size will be decreased. After recycle several times, then can achieve the required particle size.
Advantages;
Electric- liquid controlled movement. With the safety condition, special designed chamber, can achieve the pressure max in 30000psi, ensure the efficiency for nano scale shearing. Can be recycled homogenizing.
Nozzle: the core material of Nozzle is diamond. The sealing design is tapered.it can keep the sealing efficiency in long life with super high pressure.
Cooling system: the machine was connected with chilling water, can control the liquid temperature at required level -20℃---50℃。
Applications
Fat emulsion, liposome emulsion, nanoscale suspension,
Cell rupture
Food, cosmetic's homogenizing.
New energy product (graphene battery slurry, solar panel slurry
TECHNICAL PARAMETERS
| 2000 Aseptic type |
|
| Pressure Range | （Up to）30,000psi |
| Capacity | 330ml/min |
| Minimum Capacity | 50ml |
| Weight | 250kg |
APPLICATION AND PRINCIPLE
Main Application
Pharmaceutical Industry
◎ Homogenization of drug-loaded emulsion
◎ Nano particle preparation of liposome
◎ Dispersion of Nano suspension
New Materials Industry
◎ Dispersion of graphene conductive additives
Food Industry
Electronic Paste Industry
Cosmetics Industry
◎ Homogenization of lipsome granules
Working Principle
The material flow through a one way valve, was pressured in the high pressure chamber. when pass the
micron noozle, the material will subsonic impact the chamber, with a shearing effect at the same time, then
get a narrow range of micron particle.
If you are interested in this, please contact me: Nana Zhang
Cell Phone: 0086-15800947006
https://medigrade.en.made-in-china.com/ made-in-china.com
Customer Case
Featured Products
The material flow through a one way valve, was pressured in the high pressure chamber. when pass the
micron noozle, the material will subsonic impact the chamber, with a shearing effect at the same time, then
get a narrow range of micron particle.
Modular high-pressure design, can achieve 24-hour continuous operation
PLC automatic control, in accordance with GAMP specifications
Control system complies with FDA 21 CFR Part 11
Sterile process design, in line with cGMP, automatic CIP / SIP, can mee
When liquid goes through the one way valve, it will be pressured in the chamber. the plunger push the liquid pass the diamond nozzle. Then the liquid was combined with kinetic energy. three actions will arise: impact the chamber wall, explosion to high sh
