Droplet Generation All-in-one System
Inquiry
Overview Features Application Specification
Introduction
Creative Biolabs is committed to providing you with a one-stop droplet microfluidics solution to improve your experimental efficiency. If you are confused about building a microfluidic droplet generation experimental system from scratch, our one-stop droplet microfluidics system can meet your various droplet microfluidics experimental needs.
The system micro-droplet preparation machine is specially developed for high-precision droplet preparation and observation. It adopts the All-in-one design concept and integrates a pressure pump, a liquid reservoir, a flow meter, a switching valve, a chip, and a high-speed CCD camera, providing a one-stop solution for various micro-droplet preparation experiments.
Microfluidic Droplet Generation
Droplet-based microfluidic chips are a branch of microfluidic chips that create and manipulate discrete volumes of liquids by using immiscible fluid flows. Compared to continuous flow systems, droplet microfluidic systems are able to separate and manipulate samples in separate compartments. The generated droplets of uniform size and shape provide a stable microenvironment for biochemical reactions. And processing a large number of droplets in parallel helps achieve ultra-high throughput. Confining a single target within a droplet and processing each target independently enables high-precision analysis.
Fig.2 The yeast-encapsulated droplets (scale bar = 100 μm).1
Droplet microfluidics is widely used in scientific research in various fields, among which the more common applications include:
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High-throughput single-cell analysis: Droplet microfluidics can be used to conduct various biomedical experiments in a closed, controllable environment, such as DNA sequencing, protein analysis, and drug screening.
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Chemical synthesis: Droplet microfluidics allows for exact regulation of reaction parameters like temperature, pressure, and concentration to enhance the reaction process and improve product yield.
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Microbial research: Droplet microfluidics has a wide range of applications in microbial research, such as high-throughput studies of microbial interactions, antibiotic sensitivity testing, and engineering strain and microbial resource development.
Features
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All-in-one design: significantly saves space and simplifies connection complexity.
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Excellent performance: the droplet generation has excellent repeatability and low monodispersity.
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Real-time observation and imaging: equipped with xyz-axis displacement stage and CCD to facilitate real-time observation and imaging;
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Chip compatibility: support a variety of droplet preparation chips and droplet generators.
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Widely applicable: can prepare microdroplets, microbubbles, PLGA, LNP, etc.
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Easy connection: The chip connection is simple and stable, which helps improve experimental efficiency.
Application Cases
Specification
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Pressure range (multiple ranges available)
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Negative pressure
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-800 to 0 mbar / -345 to 0 mbar / -69 to 0 mbar / -25 to 0 mbar
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Positive pressure
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0 to 25 mbar / 0 to 69 mbar / 0 to 345 mbar / 0 to 1000 mbar / 0 to 2000 mbar / 0 to 7000 mbar
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Number of pressure channels
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3
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Pressure resolution
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0.03% of the full range
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Pressure stability
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< 0.1%CV (measurement value)
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Pressure response time
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as low as 30ms
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Pressure stabilization time
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<70ms
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Number of flow meters
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0-2
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Flow meter model (optional)
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XS/S/M/L/XL/M/L
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Number of switching valves
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0-2
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Type of switching valve
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2-Switch
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Switching valve pressure resistance
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2.5bar
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CCD resolution
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5120 × 5120 pixel (25 MP)
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CCD frame rate
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Full frame (25MP) 150fps, up to 20,000 fps
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Number of reservoirs
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5
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Volume of reservoir
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15 mL / 50 mL
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Dimensions
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541mm×470mm×634.4mm
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Weight
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45kg
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Creative Biolabs provides comprehensive droplet generation system. We can provide customized services to build a system that suits your experimental requirements. Please contact us for more details.
Reference
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Yu, Min-Chieh, and Yung-Shin Sun. "A Droplet-Based Microfluidic Platform for High-Throughput Culturing of Yeast Cells in Various Conditions." Micromachines 15.8 (2024): 1034. Distributed under Open Access license CC BY 4.0, without modification.
For Research Use Only. Not For Clinical Use.
