Using High Pressure Homogenizers for Nanomaterials and Cell Disruption

High-pressure homogenizers, such as NanoGenizer, are essential tools for precise nanomaterial preparation and efficient cell disruption. NanoGenizer utilizes microfluidic jet technology to achieve effective particle size reduction and cell lysis, making it ideal for processing rare and valuable samples. With its lab-scale design, it processes up to 120 mL/min, offering consistent performance for sensitive applications.

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Advantages of NanoGenizer for Nanomaterial Processing

NanoGenizer excels in nanomaterial processing, including liposomes, nano-emulsions, lipid nanoparticles, graphene, and carbon nanotubes. The high shear rates and consistent pressure within the microfluidic diamond interaction chamber (DIXC) allow for uniform particle size reduction, which is critical for optimal performance in drug delivery, gene therapy, and other nanotech applications. The homogenizer ensures excellent repeatability, scalability, and minimal sample loss, making it indispensable for nanomaterial researchers.

How NanoGenizer Works

The NanoGenizer features a microfluidic diamond interaction chamber, where samples undergo high-speed micro-jet processing. The micro-jet, accelerated to speeds exceeding 1,000 m/s, induces shear, cavitation, and impact, breaking down particles into nanometer-sized components. This precise and repeatable process is essential for applications requiring exact particle sizes and high-performance nanomaterial development.

Core Features of NanoGenizer

NanoGenizer offers unmatched shear rates, surpassing traditional homogenizers, ensuring superior particle size reduction. The fixed geometry of the DIXC ensures stable pressure and consistent processing conditions, unlike conventional systems with fluctuating pressures. The homogenizer’s multi-slotted design enables scalability, allowing it to process varying sample volumes without sacrificing quality or efficiency. Its intuitive operation and minimal sample requirements make it user-friendly and cost-effective for labs.

Applications for Nanomaterials and Cell Disruption

NanoGenizer is equally effective for cell disruption. It can break down cell walls of microorganisms like E. coli, facilitating efficient extraction of proteins, DNA, and other intracellular compounds. This capability is crucial in biotech and pharmaceutical industries, where obtaining high yields of bioactive materials is essential. With its versatility in both nanomaterial processing and cell disruption, NanoGenizer is a must-have tool for advanced research.

Applications of Genizer High Pressure Homogenizer

NanoGenizer’s high-pressure homogenization technology is ideal for both nanomaterial preparation and cell disruption. Its advanced design, high shear rate, and consistent pressure make it an indispensable tool in research and industrial applications. With its scalability, ease of use, and precise performance, NanoGenizer is a top choice for labs working on cutting-edge nanotechnologies and cell processing.