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Fiat Centoventi, FCA’s vision for electric, customized modular vehicles for the masses Additive Manufacturing

by Automotive

Debuting at the 2019 Geneva International Motor Show, the Fiat Centoventi Concept represents the brand’s vision of electric mass mobility in the near future. The Fiat Centoventi (Italian for ‘one hundred and twenty’) is based on Fiat’s 120 years of history and experience in the field. In keeping with the brand’s tradition, it is destined to distinguish itself from the pack just like the Fiat 500 did in the 1950s. It sparked an industrial and cultural revolution, going beyond the traditional boundaries in design and engineering to become the first real example of mobility affordable to all.

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Optomec introduces new LENS CS 600 and CS 800 metal 3D printers 3D Printer Hardware

by Technologies

Optomec, a specialist in metal additive manufacturing, has announced the launch of two new Directed Energy Deposition systems, the LENS CS 600 and CS 800 Controlled Atmosphere (CA). The new systems, which expand upon Optomec’s LENS series, were developed with the aim of maximizing the process’ build envelope while reducing the machine’s chamber volume and overall footprint.

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Functional bioprinted kidney tubules to be used for drug testing and improved dialysis Bioprinting

by Business

Wyss Institute Core Faculty member Jennifer Lewis, Sc.D. is leading some of the most advanced and yet very real progress in 3D bioprinting. Unlike others, her team is not promising 3D bioprinted organs for transplants any time soon but nevertheless her research does focus on the body’s most complex biostructures, such as kidneys. In this latest study, Prof. Lewis and her team working within the Wyss Institute’s 3D Organ Engineering Initiative that she co-leads (and in collaboration with the Roche Innovation Center Basel in Switzerland), focused on renal reabsorption outside the human body, and specifically on proximal tubules.

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Renishaw, nTopology and IMR streamline 3D printed spinal implant production Medical

by Medical

Though not broadly adopted yet, 3D printed spinal implants have the potential to change the landscape for spine-related surgeries, as they can be customized to fit the patient’s anatomy perfectly—unlike more commonly used off-the-shelf implants. However, a number of challenges still stand in the way of the broad implementation of the bespoke 3D printed implants, largely related to cost, complexity of process and standards.