Ultra high pressure cross injection microfluidic mixing homogenizer

MixGenizerUltra high pressure cross injection microfluidic mixing homogenizerAlso known as ultra-high pressure multi-component microfluidic device, it is a homogenizer specifically designed for mixing and homogenizing sample fluids from two or more inlets.

Product parameter features:

1. Core technology: The application of multi-channel microfluidic diamond interaction chambers enables the Genizer ultra-high pressure microfluidic hybrid homogenizer to integrate the advantages of microfluidics and traditional high-pressure homogenization technologies.

2. Mixing pressure: The maximum design pressure is 30000psi, with touch screen control of pressure and multi-component injection speed.

3 mixed flow rate: maximum flow rate of 100mL/min (flow rate can be adjusted, varying with pressure and material viscosity).

4 Mixing Types: Two component mixed reaction homogenization, optional three component or four component mixed reaction homogenization.

5. Mixing accuracy: 1%, precise control of mixing ratio.

Injection speed: 0-100mL/min ± 0.1mL/min, precise control of feed ratio and injection speed.

Mixing ratio: 25% -400%.

8 Hygiene level: The materials in contact are all GMP approved 316L and 17-4PH stainless steel, tungsten carbide, zirconia, and ultra-high molecular weight polyethylene.

9 Temperature control: Can be equipped with sanitary grade heat exchangers to effectively reduce material temperature and ensure activity.

10 Modularization: Optional dual channel, three channel, or four channel microfluidic interaction chambers and corresponding 2, 3, or 4 ultra-high pressure pumps can be equipped. Material inlet and outlet can be directly injected with syringes or switched to stainless steel hoppers.

11 Appearance: Stainless steel shell, pharmaceutical grade hygiene standard.

12 Applications: Cross jet preparation of liposomes; The one-step emulsification method mixes the oil phase and water phase in proportion.

Examples of application areas: