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Research & Development

If you think for a second, the biggest innovations that are shaking the world of today started with R&D. This stage has been fundamental in any industrial revolution, including additive manufacturing. This segment highlights the latest AM developments in the R&D sector.

New research explores a way to 3D print tungsten for nuclear reactors

Tungsten, a material difficult to process with Additive Manufacturing, has recently been processed using an unconventional AM technique.  Sougata Roy,  an Iowa State University assistant professor of mechanical engineering and a Building a World of Difference Faculty...

Fluorescent 3D printed structures: An advancement in biomedical implants

To help researchers distinguish what’s part of an implant and what cells or tissue can make the structures easier to track and monitor inside the patient’s body. For that, University of Oregon bioengineers and...

Meta Reality Labs unveils the Digital Twin catalog

Meta Reality Labs Research is debuting the Digital Twin catalog, a dataset for 3D object models, for 3D reconstruction. This collection encompasses over 2,400 highly detailed 3D objects that set a standard of sub-millimeter...
3D Systems, FDA Clearance, Jetted Denture Solution, Workflow, Glidewell

3D Systems gets FDA clearance for Monolithic Jetted Denture Solution

On the heels of an FDA clearance for 3D printed PEEK cranial implants, OEM 3D Systems got clearance from the Food & Drug Administration (FDA) for its multi-element monolithic (one-piece) jetted denture solution.  This solution...
LLNL, Microwave, 3D Printing, Curing Process

LLNL brings a new approach to 3D printing with microwave technology

Lawrence Livermore National Laboratory (LLNL) brings a novel approach to 3D printing with microwave technology. Microwave Volumetric Additive Manufacturing (MVAM) is a technique that enables the use of a wide range of materials.  MVAM enhances...
bone grafts, biopolymer nanocomposite, skeletal repair, University of Waterloo

Use of a new biopolymer nanocomposite for 3D printing bone grafts

The latest biopolymer nanocomposite material for bone grafts has been developed at the University of Waterloo. The University of Waterloo focused on offering optimal health and well-being via tech advancement, virtual care, and health...
Heidelberg University, 3D laser printing, 3D structures, Odontella Aurita, Tetraselmis Striata

Researchers develop biocompatible materials from microalgae

Researchers from Heidelberg University in Germany have fabricated inks for printing complex biocompatible 3D microstructures from the raw materials extracted from the microalgae. Being led by Professor Dr. Eva Blasco from IMSEAM (Institute for Molecular...
University of California, PNIPAM method, salting-out effect

New 3D printing technique uses a polymer ink and salt water solution to create parts

3D printing is undergoing a paradigm shift with the development of the PNIPAM method. This method developed by researchers at The University of California San Diego involves the use of a polymer ink and...
earmolds, callier center, 3d printed

Callier Center relies on 3D printing to manufacture hearing aid earmolds

The Callier Center for Communication Disorders at the University of Texas at Dallas kickstarted manufacturing 3D printed custom earmolds for pediatric hearing aids.  This lab is generously funded through several community donations. It has set...

UK Researchers relied on the “enhancement factor” to develop 3D-printed lattices with advanced properties

Engineers in the UK and Italy are behind the research on the deformation mechanisms of 3D printed materials. The latter aims to provide insight into the balance of structural factors at play in the...

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