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Droplet microfluidic cell sorting

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  • Droplet microfluidic cell sorting

    description: ODIN is a high-performance scientific machine vision system used for high-speed real-time detection, analysis and operation of complex objects that flow continuously in life sciences and material sciences.

    Product introduction:

    ODIN is a high-performance scientific machine vision system used for high-speed real-time detection, analysis and operation of complex objects that flow continuously in life sciences and material sciences. Combine a fast and sensitive camera and a high-performance data processing unit with intelligent algorithms in one device. The standard C-type interface allows it to be easily integrated into the experiment and can be used with common microscopes and optical components. ODIN works completely autonomously and provides you with a powerful and easy-to-use graphical user interface.

    ODIN advantages:

    √ Bring you the most advanced particle sorting in the automatic and ultra-fast analysis process

    √ Automatically characterize particles by size, shape, particle size, brightness, speed and many other parameters, and classify them according to customizable parameters for your experiment

    √ODIN's response time is very fast, less than 200 microseconds, and the experimental accuracy is less than 10 nanoseconds.

    Applications:

    Sorting droplets with or without encapsulated cells

    Differentiate droplets of different contents. No need for labeling or fluorescence

    Blood screening

    Detect and count dead cells

    Microplasticity analysis

    Detailed Specifications

    ODIN specifications:

    220fps @ 1280 x 1024 px

    Up to 10000 fps @ 400 x 32 px

    Sensitive in the 300-1000 nm wavelength range, 550 nm peak @ 60% quantum efficiency

    Suitable for any contrast, such as bright field, dark field, phase contrast and fluorescence

    Fully automatic analysis of object characteristics: size, speed and direction, position, granularity, circumference, etc.

    Simultaneous measurement of two different positions and/or comparison types

    Full documentation of measurement results