A tube that will simplify the feeding of babies in neonatal intensive care and a specialized seal for adult feeding tubes will be prototyped after winning manufacturing awards from Protolabs.
The awards, which give away thousands of dollars' worth of manufacturing services in lieu of cash, were granted to MedStar Franklin Square Medical Center in Baltimore and Cleveland Clinic in Ohio.
Maple Plain-based Protolabs — which uses automated milling, CDC and 3-D printing machines to manufacture custom prototypes and industrial parts — issued the health care grants as part of its annual Cool Idea Award contest, which seeks to support new product development.
While the company's awards usually focus on auto, aerospace, consumer and industrial sectors, this year's prototype grants, announced last week, focused on medical devices for the first time.
Protolabs — with $446 million in revenue and operations in Minnesota, North Carolina and internationally — "is proud to champion innovation in the medical field," said Protolabs CEO and President Vicki Holt. "These health care grants and the manufacturing services that come with them help important health-focused projects improve hundreds of thousands of lives each year."
The grant issued to MedStar in Baltimore will be used to make a new type of feeding tube for newborns in neonatal intensive care units (NICU). The invention was developed by a nurse and is a "gravity-feed syringe holder" that will simplify the feeding of sick newborns who require incubators and feeding tubes.
These babies now require a nurse to hold a syringe containing milk or formula above the infant's incubator. While the standard method lets liquid drip safely into a baby's feeding tube, it takes up a nurse's limited time.
With Protolabs' grant, the hospital hopes to manufacture the gravity-feed syringe prototype and free up nurses to reach more of their patients. The compact medical device can hold four sizes of syringes and is designed to be safely suspended from the top of the incubator or attached to an IV pole.