As 3D printing and scanning technologies continue to drop in price, their availability to individuals and organizations within developing nations continue to expand. Not only does this allow access to printers in these less fortunate areas of the world, but it also allows for cheap access to whatever these printers can fabricate.
One of the major problems within developing countries is their lack of health care, as well as access to life saving, or life altering technologies and devices; technologies and devices which many of us in the United States or Europe may not even realize are incredibly important, simply because of the fact that they’re so common. In addition, devices which may not be needed here because of our diverse network of medical facilities/professionals, and our stockpiles of medical supplies, are in fact needed in developing nations. For example, last month we covered a story about a syringe which was 3D printed, allowing for vaccinations in areas of the world where electricity is not readily available. The 3D printed syringe mixed the ingredients of the vaccine as it was being injected into a patient, foregoing the need for refrigeration. Such a device will be able to utilize the capabilities of 3D printing, to possibly save thousands of lives over the coming years.
This isn’t all though. A 20-year-old man named Alois Mbutura, who is a first-year electrical engineering student at the University of Nairobi in Kenya, has used a MakerBot 3D printer to create an affordable medical device, capable of mass production at extremely low prices. The device enables doctors to easily find veins and then administer important intravenous needles to infants, which can often be a very difficult task.
“The vein finder was actually a solution that the School of Health and School of Engineering partnered to reduce the inability of health care people to find veins in babies and also for it to be economical and suited to Kenya,” stated Mbutura.
Mbutura was able to create the tiny device, which is still a prototype, on a 3D printer. What’s even more incredible is that within a day he can print out around 100 of these vein finding devices on just a single 3D printer, meaning affordable mass production is possible in an area where resources are not always available. This was all made possible via a ‘FabLab’ located within the University of Nairobi, one of two FabLabs located in the African country of Kenya, and one of 400 in the world. Originally launched back in 2009, the Nairobi FabLab has evolved from its early beginning, as new technologies such as 3D Printing has caught on.
Kenya ranks 149th in the world for infant mortality rates, putting it alongside other African nations, near the bottom of a list of 188 countries ranked by the United Nations. Such a device, readily available and affordably produced, could be a game changer for the continent of Africa, as well as other developing nations around the globe.
As 3D printers become available throughout the world, and the number of applications for these machines increase as the prices decrease, we will likely see a globalization in manufacturing and technology like we have never come close to before. Let’s hear your opinion on Mbutura’s device, as well as your general thoughts on this globalization of technology, in the 3D printed vein finder forum thread on 3DPB.com. Check out the video below where Mbutura discusses his work.
You May Also Like
Arcada: Analyzing Properties of Recycled PLA for 3D Printing
Resham Tamang recently presented a thesis, ‘Materials Analysis of Recycled PLA from 3D Printing,’ to Arcada University of Applied Sciences in Helsinki, Finland. Continuing in the study of materials science...
3D Printing: Successful Scaffolds in Bone Regeneration
In ‘Comprehensive Review on Full Bone Regeneration through 3D Printing Approaches,’ the authors review new developments and solutions in tissue engineering for the formation of cells, as well as proposing...
3D Printing with Bioplastics: Engineering Biodegradable PHA Blends
Jackie Anderson offers a review regarding one of the most critical 3D printing topics today: materials. As innovation continues to grow, so do the options regarding software, hardware, and different...
International Study Develops 3D Printed Water Filter for Affordable Arsenic Removal
Researchers from Indonesia and Korea have come together to improve water filtration systems for developing countries especially, releasing the results of a recent study in ‘Three-dimensional, printed water-filtration system for...
View our broad assortment of in house and third party products.