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Scientists Experiment with Nano 3D Printing to Help Patients Heal from Heart Attacks 3D Printing Processes

In a major 3D printing story that attracted the attention of Newsweek (a magazine also known for writing articles claiming that 3D printing is over), a nano 3D printing technology generally known as Two-Photon Photopolymerization (2PP) was used by Brenda Ogle, an associate professor of biomedical engineering at the University of Minnesota-Twin Cities, to create a patch that doctors could apply to help a patient heal in case of myocardial infarction (i.e. heart attack).

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Materialise Course Shows How to Implement 3D Printing in Hospitals Research & Education

As hospitals and surgeons continue to see the value and discover new applications for 3D printed models, more are bringing 3D printing operations to a point of care setting. To address the growing demand for 3D printing, Leuven, Belgium-based 3D printing solutions provider Materialise will host a course on implementing 3D Printing in Hospitals and in the medical field. The course will take place June 11-13, 2017 at the Inn at St. John’s in Plymouth, Michigan.

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Additive Manufacturing for Orthopedic Implants to Generate More Than $1B+ by 2026 Medical

SmarTech Publishing, the leading provider of in-depth industry analysis services to the additive manufacturing industry, has published its first ever true industry opportunity deep dive market research report on the burgeoning ‘additive orthopedics’ industry, revealing an area of well-defined opportunity for additive manufacturing that is being faced with sizeable change over the next several years.

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NIDEK Cuts Surgical Eye Equipment Prototyping Costs by 75% with Objet 500 3D Printer Medical

Italy based NIDEK Technologies, one of the world’s largest producer of surgical eye equipment, is using the Objet500 Connex3 Multi-material, Color 3D Printer from AM industry leader Stratasys to accelerate clinical trial evaluations of its ophthalmological devices (vision diagnostic systems). The R&D division has reported a 75% reduction in prototyping costs, while cutting lead times by 50% compared to its previous methods.

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UCLA Bioengineers Use 3D Printing to Create Microfluidics for Medical Microchip Marketing and Content

The bioengineers in Dino Di Carlo’s lab at the University of California, Los Angeles, spend a lot of time wrapped in head-to-toe suits and looking a bit jaundiced. The engineers work in a clean room, where a steady flow of filtered air removes particulates. Blue or purple light would harden the photosensitive material with which they work, so they limit lighting in the room to butter-yellow.