Abstract
Researchers at the University of Central Florida have developed a method that overcomes issues associated with mass producing interconnecting microfluidic chips. The field of microfluidics aimes at developing miniaturized devices that can robustly sense specific properties of a sample using minimal sample volumes. Development of biological and chemical microfluidic sensors is challenging due to the lack of adequate packaging platforms and standardized tubing. Creating connections between various microfluidic devices is cumbersome, due to fragile connections that are difficult to make.
Technical Details
The UCF technology provides a method for mass producing interconnecting microfluidic chips. The microfluidic packagings have two or more integrated connectors with standardized sizing that permits the chips to interlock. The design incorporates standard size tubing that readily allows for leakproof interlocking between the chips. The manufacturing method uses an injection molding process to reliably and cost-effectively mass produce the chips.
Benefit
Eliminates the need for complicated and time consuming tubing connections or bonding processes Ability to be mass-produced at low cost Uses smaller sample volumes than existing systemsMarket Application
Point-of-care diagnostics Forensic chemical analysis Screening assays for drug development
Brochure
