An estimated 15 million babies are born too early around the world each year – that’s more than 1 in 10 of the total number of babies born. Nearly a million of those children die each year due to complications of their preterm birth, and many of those who survive will face a lifetime of learning disabilities or visual and hearing problems.
Scientists say those early births have a variety of causes from increased maternal age, increases in the rate of pregnancy-related complications such as gestational diabetes or a more common use of infertility treatments.
So Ravid Koriat Barkan, a recent graduate of the Bezalel Academy of Arts and Design in Jerusalem, decided she wanted to do something to help more babies stand a fighting chance when they’re born preterm.
Her interest also had a personal inspiration: a conversation with her sister-in-law where they discussed the challenges of nursing and pumping breast milk led Koriat to design a new style of feeding system for newborns and premature babies, the FEEDER.
The FEEDER system was specifically designed for newborns in neonatal intensive care units, and it was meant to streamline and improve breast milk collection, storage and delivery to the child.
Koriat developed prototypes for the FEEDER, which was her final project in her Industrial Design studies, using Stratasys PolyJet multi-material 3D printing technology.
The bottle itself, which also serves as a syringe, lets caregivers make extremely accurate measurements of the amount of milk given to a premature baby, and that process is crucial to a baby’s development. The bottle, adapted for dual use, allows a parent or caregiver to manually feed the baby directly from the mother’s breast, or if necessary, by connecting it via a feeding tube directly into the baby’s stomach.
Koriat, working with her adviser, Professor Ido Bruno, asked Stratasys to 3D print components of the FEEDER system.
Although she had initially planned on pursuing a career in fashion design, Koriat switched to industrial design as she wanted to have a career “designing products that are meant to meet actual needs.”
To research each phase of her project, Koriat interviewed NICU parents, nurses and managers at a number of Israeli hospitals. Perhaps most critical to her study was her time spent at the Tel Aviv Sourasky Medical Center, one of top NICUs in the nation.
“The NICU is very advanced technologically, and sterility is critical,” Koriat told Stratasys. “ But I found there are lots of things there that need to be re-designed.”
“I needed a lab and a technology that would allow me to 3D print a combination of all the materials in the same prototype. I wanted the resulting model to simulate not only my vision for the product (closest to the SolidWorks design in terms of appearance), but will also provide the right feeling while holding it,” Koriat says.
“I decided to make the final product out of two different materials – one is rigid and transparent, and the other is a colorful photopolymer. The colorful pieces will be used for a comfortable grip on the places where the parent is holding the vessel while feeding the baby.”
Koriat says she’s proud of the design and hopes to see it used some day alongside equipment which already exists in hospital NICUs.
“From the very beginning of this project it was clear that I wanted to design a realistic product in order to ease its entry to the NICUs. My product is a life-saving concept, and I really want to see it in use as soon as possible,” Koriat told Stratasys.
What do you think about this high-tech baby bottle for preemies designed by student Ravid Koriat Barkan of the Bezalel Academy of Arts and Design in Jerusalem? Let us know in the FEEDER 3D Printed Baby Bottle forum thread on 3DPB.com.
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