Genizer Machinery - High Pressure Homogenizer

Microjet technology is a method for producing nanomaterials in high-pressure fluid jets, enabling the scalable and efficient production of nanomaterials. In the vast field of manufacturing, an 'industrial mother machine' refers to equipment crucial for producing other machines or products. Nanomaterials, key raw materials for various functional products, find broad applications, and the NanoGenizer Microjet Homogenizer is one such device widely used in the preparation of nano-drug formulations and various emerging nanomaterials, making it a leading industrial mother machine for next-generation nanomaterials. High-pressure Micromix technology is an extension of M icrojet technology, where the Micromix   MixGenizer  High-Pressure Homogenizer generates nanomaterials by precisely controlling multiphase mixing. These two devices play fundamental and crucial roles in the production of advanced nanomaterials, holding significant importance in driving the entire field of nanotechnology

How are High Pressure Homogenizers are classified?   The Classification of High Pressure Homogenizers. High pressure homogenizers can be categorized based on various perspectives, including the power source, pressurization principle, and the design and structure of interaction chambers.   High pressure homogenizers: Classification   1.  b y energy source   Electric   Electric homogenizers are powered by an electric motor. This category of homogenizer can be further subdivided into two types: direct-drive and intensifier.     Electric high pressure homogenizer with intensifier Direct-drive type:  The motor drives the crankshaft to move the plunger back and forth, directly pressurizing the material. Multiple plungers in the crankshaft work together to produce constant pressure and a high flow rate; large quantities of materials are required to produce the constant pressure. To drive the crankshaft, the motor requires a multi-stage gear reduction mechanism, which makes the equipment large

  The NanoGenizer Core Processing Unit   The NanoGenizer is a laboratory scale high-pressure homogenizer. There are two segments of the NanoGenizer, the power unit and the core processing unit. The core processing unit is where homogenization occurs. Before homogenization, the user places the sample in the inlet reservoir. Genizer offers a variety of options for your inlet reservoir. You may prefer a smaller or larger inlet reservoir depending upon the size of your sample. In addition to stainless steel, we offer plastic syringes and glass inlet reservoirs. Genizer also offers a variety of outlet reservoirs, where the sample goes after processing. You may prefer to use a jacketed glass cylinder, which you can connect to a laboratory chiller circulator for temperature control. Schematic of the NanoGenizer core processing unit,with the inlet reservoir, high-pressure pump, interaction chamber, heat exchanger and outlet reservoirFor small, valuable samples, the syringe option is best. You

Benefits of UltraGenizer High Pressure Homogenizers UltraGenizer Microfludic High Pressure Homogenizers represent a notable advancement when it comes to achieving precise and efficient homogenization of various materials. Designed to meet the demands of cutting-edge research and industrial applications, these homogenizers offer a host of benefits that set them apart. Let's delve into the advantages that make UltraGenizer stand out:   UltraGenizer Microfluidic High Pressure Homogenizer 1.  Unmatched Pressure Control:  With a maximum design pressure of 60,000 psi, UltraGenizer allows users to fine-tune the pressure  settings through an  intuitive touchscreen interface , ensuring easy and user-friendly operation. 2.  High-Performance Flow Rate : The homogenization flow rate can reach a maximum of 100 ml/min, providing exceptional flexibility and adaptability for different materials and viscosities. 3.  Customizable Sample Intake : UltraGenizer enables users to set their desired sample

High-pressure homogenizers play a pivotal role in various domains, including scientific research, pharmaceutical manufacturing, cosmetics, and food processing. Opting for an appropriate high-pressure homogenizer is crucial to ensure optimal experimental outcomes and resource efficiency. Here are several key factors to consider when selecting the most suitable high-pressure homogenizer:   Genizer High Pressure Microfluidic Homogenizers 1.     Homogenization Pressure: Maximizing Performance by Optimizing Pressure Increasing pressure allows for finer particle size reduction, enabling efficient processing. Higher pressures accommodate a broader range of materials for effective homogenization. For example, certain liquid emulsions require a minimum pressure of 15,000 psi to achieve sub-100nm homogenization, while achieving nanoscale homogenization for pharmaceuticals, foods, and suspensions with solid particles typically demands pressures exceeding 26,000 psi.   2.     Minimal Sa

  When it comes to particle size reduction, emulsion formation, and cell disruption, two commonly used equipment options are high-pressure homogenizers (conventional valve homogenizers)and microfluidizers (cutting-edge high pressure microfluidic homogenizers ). These technologies excel at achieving consistent particle size distribution and enhancing product quality across various industries. In this comparison, we will explore the differences between high-pressure homogenizers and microfluidizers, highlighting their unique features, advantages, and important considerations. By the end, you will have the knowledge needed to make an informed decision when selecting the appropriate equipment.   High-Pressure Homogenizers (conventional valve homogenizers): High-pressure homogenizers are robust machines that utilize high pressure and mechanical forces to process materials. They consist of a piston-driven homogenizing valve, which propels the sample through a narrow gap, resulting in i