Fast Track program for microfluidic devices

Fast Track program for microfluidic devices

Potomac Photonic’s Fast Track microfluidic device fabrication process allows for iterative design alterations and tests and as a result, speeds up time to market.

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March 12, 2015

Baltimore, Maryland – Potomac Photonics, a leader in micro-fabrication for the medical device and biotech industries, announces FAST TRACK, a new manufacturing process to quickly and economically build complete custom microfluidic devices. From a .dxf format CAD drawing, Potomac can generate and precisely replicate channel designs in a polymer substrate, micro-machine vias and holes, and also bond cover slips to create a finished microfluidic device that is customized for specific applications.

Because digital fabrication does not require the multiple steps involved in photolithographic processes, turnaround time is greatly reduced. Plus, since there is no need to create an expensive mask, the researcher has the freedom to alter designs and test concepts iteratively in order to optimize configurations and consequently speed time to market.

In recent years, microfluidic devices and Lab on a Chip have been moving from detection to point-of-care diagnosis and even treatment. The implications for health care are enormous, given the small samples required for accurate results, and the reduced expense of large equipment that is prohibitive especially in the developing world.

Microfluidics is also instrumental in other fields such as environmental science, agriculture, anti-terrorism, materials science, biotech, cosmetics, nutraceuticals, and energy. Potomac President and CEO Mike Adelstein reiterates: “Potomac is committed to helping inventors, researchers, entrepreneurs, innovators, and established companies push forward new products based on microfluidic and Lab on a Chip technology that impact lives all over the world.”

In order to keep the price low, FAST TRACK’s microfluidic device fabrication process has specific design parameters that you can find on the Potomac website Fast Track page. These include material choices for substrates and bonding, as well as channel and hole sizes. For a microfluidic device that can work within these choices, prototyping a minimum of 10 parts cost $90 per part. As volumes increase, cost is reduced to less than $15 per part.

Of course, designs outside of FAST TRACK’s program specifications can be manufactured via process development with Potomac’s digital fabrication staff; however, pricing will change according to the complexity of the microfluidic device design modification. Contact Potomac to review your design and learn more about the FAST TRACK program.

Source: Potomac Photonics