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Microfluidic flow cell

Long ago, scientists had to use large and bulky machines to study small particles. These machines were also heavy and hard to use. But now scientists have a great new tool - Jinke Optical the Microfluidic Flow Cell - which makes work so much easier and faster. This special tool enables scientists to view and examine extremely small objects, such as cells and molecules, the components of all living organisms.  

Before the flow cells was developed, scientists had to do extensive studies with different materials to analyze small particles. The process took time, and it could be a messy one, too. Scientists need to carefully prepare their samples, mix them with various chemicals, and view them under large and powerful microscopes. This entire process can take a long time—sometimes hours, or days, or weeks.   

How Microfluidic Flow Cells Improve Lab Efficiency?

Now, with the Jinke Optical Microfluidic Flow Cell, everything is faster and easier for scientists. Users just need a small drop of the sample, and the Flow Cell does the rest. With a single powerful tool, it can mix, separate and analyze the particles. That in turn allows scientists to receive the results of their work far more quickly. And because it requires far less material and generates less waste, it helps make science labs more efficient and eco-friendly.  

Nanoparticles are extremely small, so small that we cannot see them with the naked eye. The nanopore flow cell are everywhere — in the air we breathe, the water we drink, and even in food. These nanoparticles are of great interest to scientists as they have a lot of phenomenal applications. For rehabilitation (like the rest of this thing), they can help make materials, medicines and technologies that improve our lives. 

Why choose Jinke Optical Microfluidic flow cell?

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