Microfluidics

The Future of Fluid Handling

Microfluidics is a rapidly growing field that enables the precise control and manipulation of fluids at the microscale, often within channels as small as a human hair. These systems are revolutionizing sectors like biomedical research, diagnostics, and environmental analysis by minimizing the required sample volume and reagent consumption, speeding up analysis, and improving precision. Conventional microfluidic systems often rely on complex channel designs and external pumps to move fluids, which, while effective, can be limited by factors like channel clogging, cross-contamination, and complex fabrication requirements.

Digital Microfluidics

The Next Evolution

Digital Microfluidics (DMF) takes microfluidic technology to the next level. Unlike conventional systems, DMF does not require intricate channels or pumps. Instead, it uses electric fields to manipulate droplets on a flat surface, allowing for unparalleled flexibility, speed, and simplicity. DMF technology enables droplet movement, mixing, splitting, and merging—all with software control—eliminating many of the physical constraints that limit traditional systems.

No Channels, No Clogs

DMF operates on an open surface, eliminating the risk of clogging, a common issue with conventional microfluidics.

Why DMF?

Scalable & Flexible

Changing the droplet size, sequence, or layout is as easy as adjusting software parameters, offering unmatched flexibility.

Faster Setup

DMF systems can be reconfigured for different applications in minutes, without requiring new hardware.

Precision & Control

Electric fields enable fine control over droplet movement, offering higher precision than pressure-driven flows in traditional systems.

Lower Cost

Without the need for complex microchannel fabrication, DMF systems can reduce manufacturing costs, especially in consumables.

At Blue Ocean Technologies, we specialize in harnessing the Digital Microfluidic technology to provide tailored solutions for your needs.

Whether you are in life sciences, diagnostics, or industrial applications, our expertise in digital microfluidics can help you overcome traditional limitations and innovate more efficiently. From system design and prototyping to custom software solutions, we guide you through every step of integrating DMF into your workflow.

Looking to Go Digital?