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Challenge Nova Microfluidics

Microfluidic technology, based on microfluid dynamics theory, is used for the preparation and processing of samples in microchannels. It integrates physicochemical models of microfluids with fluid dynamics theory, enabling functions such as mixing, emulsification, separation, and purification of samples.

    Features

    01

    Uniform and Adjustable Particle Size with Full Batch Reproducibility

    This microfluidic device precisely controls particle size, ensuring uniformity across all batches for exceptional reproducibility and predictability. This is critical for the pharmaceutical and biopharmaceutical industries, where stringent quality control is essential.

    04

    Reusable Chip Compatible with Imported and Domestic Syringes:

    The specially designed chip allows for multiple uses, enhancing the device's durability and cost-effectiveness. Additionally, it is compatible with various syringes, whether imported or domestic, offering greater versatility and flexibility.

    02

    Rapid Formulation Screening (<1 Minute)

    The device enables quick screening of different formulations, completing the entire process in under one minute. This high-efficiency screening significantly shortens R&D timelines and accelerates product launch.

    05

    Compact, Easy to Operate, No Training Required:

    This microfluidic device features a compact design, making it easy to integrate into laboratory settings. Its intuitive interface ensures that users can operate it without extensive training, lowering the barrier to entry and enabling more researchers to leverage this technology for their studies and development.

    03

    A Microfluidic Device for the Preparation of Chemical Drugs and Biologics:

    This device is ideal for preparing chemical drugs and biologics, providing precise control and flexible operation, making it a preferred choice in the pharmaceutical industry.

    06

    Specially Designed to Use Minimal Samples for Experiments, Conserving Resources and Enhancing Efficiency:

    With its innovative design, the device allows experiments to be conducted using minimal sample quantities, conserving valuable research materials while improving efficiency.

    07

    One-Step Preparation – Eliminating Traditional Methods like Film Hydration, Sonication, High-Pressure Homogenization, and Membrane Extrusion:

    Using one-step preparation technology, this device simplifies production workflows by eliminating traditional complex steps such as film hydration, sonication, high-pressure homogenization, and membrane extrusion. This improves production efficiency and reduces operational complexity and costs.

    Technical Parameters

    Item Description
    Model Challenge Nova L1
    Processing Capacity
    1-40ml per operation
    Phase Ratio Range 1:10 to 1:1
    Chip Material 316L, PC
    Chip Lifespan Can be reused multiple times
    pH 1-14
    Flow Rate Range 0.1-20.00ml/min
     Injector Specification
    		1.3.5.10.20.30ml
    Sampling Method Single-use injector
    Temperature 20-80°C
    Connector Standard Luer connector
    Dimensions LWH: 43*29*45cm
    Power Supply 220V, two-phase