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Digital Microfluidics
Digital microfluidics is an advanced droplet-handling technology based on the principle of electrowetting, which refers to the ability of an applied voltage to alter the wettability of a surface.
droplet moving
droplet splitting
Solid-state Droplet Manipulation
By applying voltages to independently controlled electrodes, droplets can be manipulated in 2D space. Complex droplet manipulations such as merging, splitting and sorting can be achieved on chip.
True “Lab on a Chip” Technology
We offer a genuine 'lab on a chip' solution, leveraging advanced display panel processing. Our testing facilities ensure consistency across millions of pixels, delivering the highest quality results.
Parallelisation and Scalability
With just a click, you can generate hundreds of droplets in seconds. But that's not all - our technology also enables revolutionary workflows, allowing you to run multiple experiments on the same chip.
Single-cell isolation, with pixel precision
Our platform revolutionises biological research by enabling single-cell isolation on a single chip, at scale. This breakthrough allows for detailed, high-throughput experiments with unmatched accuracy and efficiency, accelerating discoveries and insights into cellular functions.
End to End, with a click
The BOXmini SCP is the result of years of R&D. A first of its kind, all-in-one single-cell sample preparation platform for proteomics. Carry out complex workflows in a single chip. With our digital microfluidics solution, generate volumes as small as 20 nL in an enclosed environment, eliminating sample evaporation and contamination.
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