by • February 25, 2016 • No Comments
Feb. 26, 2016 | By Kira
Thanks to a not long ago signed memorandum of belief between Eastman Chemical Company and Chung-Ang University in Seoul, Korea, children in require across Asia can soon have simpler access to 3D printed prosthetic hands. These custom-fitted devices, turn it intod to improve their high end of life, are to be turn it intod with Eastman Amphora 3D polymer, a durable, food-safe, and styrene free 3D printing material that holds up to a wide range of demanding applications, of home appliances to electronics to medical prosthetics.
The 3D printed prosthetics can be turn it intod at Chung-Ang University’s new ‘Creative Factory,’ a facility outfitted with a range of 3D printing devices for both ability and students to turn it into with. Leaders of Eastman were on-site during the grand opening ceremony of the Creative Factory, and later signed the memorandum of agreement (MOU) in order to bring this inspiring initiative to life. Once the prosthetics have been turn it intod, Eastman and Chung-Ang can collaborate with an NGO to coordinate the distribution and fitting for children in require.
Eastman Chemical Company is a globally best known leader in the field of specialty chemical products and materials. In 2014, Eastman added Amphora 3D polymer, an high end thermoplastic that is low-odor, styrene free, and remarkably sturdy. Eastman Amphora in addition complies with U.S. Food and Drug Administration regulations for food-contact applications—an significant consideration for 3D printed prosthetics, that must be as safe for daily use as possible.
Additional attributes include clarity and gloss, dimensional stability, ease of processing, enhanced aesthetics, great toughness and temperature resistance, and workability. Today, four commercial companies sell high-high end 3D printing filaments turn it intod with Eastman Amphora 3D polymer: colorFABB, that offers both colorFABB XT and n-GEN; taulman3D’s n-vent, TripTech Plastics’ Athiri 1800, and 3DxTech’s 3DXNano.
According to Dante Rutstrom, vice president and managing director of Eastman Asia Pacific, all of these properties manufacture Amphora an ideal material for making 3D printed prosthetics for children in require. “Eastman is committed to making a difference in the communities where we operate and improving the well-being of the individuals who live in those communities,” said Rutstrom. “That’s why this opportunity to work with Chung-Ang University is so amazing. We appear forward to the day when children can have their lives empowered through the work that can be done at the Creative Factory.”
But the company is headquartered in Kingsport, Tennessee, Eastman is a globally diverse company, with making and technical centers around the world, and roughly 15,000 employees of the world. In Asia, Eastman is present in China, Hong Kong, Taiwan, Singapore, Japan, Malaysia, the Philippines, Indonesia, and of course, Korea.
The collaboration between Chung-Ang University and Eastman is truly multifaceted, in that not just can it provide children in require with durable, high-high end 3D printed prosthetics, but it can in addition donate Chung-Ang University students the opportunity to acquire hands-on experience in 3D printing via high end and industry-best known filaments. Initiatives such as this, as well as the work of volunteer-based companies such as e-NABLE, are delivering awareness to the true power of 3D printing to solve real-world problems and improve our lives.
Posted in 3D Printing Application
Maybe you in addition like: Make a ideal cup of iced coffee with this 3D printed Coffee Cold BrewerTexan Toby Lankford creations 3D printed, solar powered RC drone as anti-poaching toolKanèsis seeking to bring effortless and decomposable 3D printable hemp filament to marketExperts predict 3D printed customised food items to rule the industry in following 20 years3D bone printing project in China to enter animal testing stage3D Systems releases Infinity Rinse-Away water-soluble filament for harsh, moving 3D printsMuseum uses 3D printing to take fragile maquette by Thomas Hart Benton on tour through the StatesWerking launches customizable 3D printed bike mounts for cycling computers3D print a USB stick: AMRC develops method for embedding electronics during SLA 3D printing
by admin • March 5, 2017
by admin • November 28, 2016
by admin • November 28, 2016