SharathChandra C, B H V Mani Kanta Swamy, G VijayaBhaskar B.Tech III year students of Biomedical Engineering, B. V. Raju Institute of Technology, Narsapur won First Prize in BioAsia 2015 Healthcare Devthon. The team was given Rs. 1 lakh grant for further development of the product and the team will be working with Technology Business Incubation Center, BITS Pilani (Hyderabad Campus).
BioAsia 2015 was an initiative to spur innovations in healthcare & life sciences through co-creation. Healthcare Devthon brought together healthcare experts, doctors, designers, engineers, technologists and developers together onto one platform to discover, design and rapidly prototype technologies and solutions relevant to the life sciences and healthcare fields. The goal is to facilitate the development of products and services that address unmet needs and are positioned to be rapidly adopted by end-users.
This is a preview of Biomedical Engineers from Hyderabad ace at BioAsia Healthcare 2015. Read the full post (235 words, 1 image, estimated 56 secs reading time)
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A research project at the Vienna University of Technology (TU Vienna) has paved way to smallest and affordable printers,producing 3-D objects.Several scientific fields have to come together, to design a 3D-printer. The device was assembled by mechanical engineers in the research group of professor Jürgen Stampfl, but also the chemical research by the team of professor Robert Liska was of crucial importance: first, chemists have to determine which special kinds of synthetic material can be used for printing.
The basic principle of the 3D-printer is quite simple: The desired object is printed in a small tub filled with synthetic resin. The resin has a very special property: It hardens precisely where it is illuminated with intense beams of light. Layer for layer, the synthetic resin is irradiated at exactly the right spots. When one layer hardens, the next layer can be attached to it, until the object is completed. This method is called “additive manufacturing technology.” “This way, we can even produce complicated geometrical objects with an intricate inner structure, which could never be made using casting techniques,” Klaus Stadlmann explains. He developed the prototype together with Markus Hatzenbichler.
This is a preview of Tissue Engineering:The World’s Smallest 3-D Printer. Read the full post (553 words, 2 images, estimated 2:13 mins reading time)