Micro jet homogenizer

NegotiableUpdate on 01/30

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

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Overview

The Nazida experimental micro jet homogenizer adopts ultra-high pressure micro jet technology, which can efficiently process materials to the nanometer level (up to 100nm or below) through the shear, impact, and cavitation effects generated by diamond interaction chambers. This device has the characteristics of low sample contamination risk, hygienic design, modular flexible configuration, etc. The minimum sample processing capacity can reach 5ml, making it particularly suitable for research and small-scale production in the fields of pharmaceuticals (liposomes, nanomedicines), biotechnology, new materials (graphene, conductive slurries), etc.

Product Details

NazidaMicro jet homogenizerdetailed introduction

core principle	adoptUltra high pressure microjetTechnology, utilizingDiamond interactive cavityThe high-speed shear, impact, cavitation and other forces generated cause nanoscale processing of materials
key advantage	Nano scale dispersion emulsificationLow risk of sample contaminationSanitary grade designModular and flexible configuration、安全性高
Typical application areas	Pharmaceuticals (liposomes, nanomedicine delivery systems), biotechnology, conductive slurries, graphene dispersion, cosmetics, food

Efficient nanoscale processingCan easily homogenize the particle size of materials toBelow 100 nanometersProcessing effectSuperior to traditional devices such as smart mixers, ultrasonic or ball mills.
Sanitary design and low pollution riskThe material of the material in contact with the equipment (such as316L stainless steel, tungsten carbideUsually conforms toGMP、FDAAccording to regulatory requirements, it has good biocompatibility. The use of turbulence and collision between samples for sample processing reduces the risk of sample contamination.
Modularity and flexibility: OptionalY型和Z型Different types of diamond interaction chambers can be used directly for material import and exportsyringeOr switchStainless steel hopperConvenient for handling small amounts of expensive samples or materials with different characteristics.
Good adaptability of the sample：The sample size can be as low as 5mlSuitable for handlingExpensive or scarce samplesEffectively reducing research and development costs.
Model Selection：NazidaMicro jet homogenizerThere are different models (such as NZ-NANO, NZ-M30, NZ-M120) with different parameters such as working pressure and flow rate. You need to choose the appropriate model according to your specific application scenario (such as required pressure, sample properties, processing capacity).
Container selectionCommon diamond interaction cavities include Z-type, Y-type, etc. The fluid effects generated by different configurations of cavities are slightly emphasized, which can affect the processing effect. The selection should be based on the material and target.
temperature controlThe high-pressure homogenization process generates heat, and special attention should be paid to temperature sensitive materials (such as certain active biological agents), which can be optionally equippedSanitary grade heat exchanger (temperature control jacket)The model is designed to effectively control the temperature of the material.
Pressure and cycle times：Dealing with stressandCycle through timesThese are two key process parameters that affect the final nanoscale effect and need to be optimized during the research and development process.