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The 3D Printing Technology Continues Depositing Large Amounts of High-value Materials in the COVID-19 Pandemic

The primary driver was the need for a metal 3D printer suitable for higher production levels. That means getting the build rates as high as possible while bringing the cost per part down.

As part of its continued drive for improvement and innovation, Webster Industries recently converted from solid wire to metal-cored wire in its robotic, fixed automation and semi-automatic welding operations.

Essentium Inc., a developer of industrial additive manufacturing (AM) solutions, announced the second in a series of findings from independent global research on the current and future use of industrial 3D printing.

A panel of experts and startups in medical 3D printing provided insights into efforts to help the COVID-19 pandemic in a webinar organized by 3DHEALS

The 18-year-old girl came to our clinical practice with a severe challenge: a deformed maxilla, the upper jawbone that also forms part of the nose and eye socket.

The 3D printing of polymers has been around for over 30 years. And as Patrick Dunne, vice president of advanced application development for 3D Systems Inc., Berkeley, Calif., put it, there are significant applications across many different industries.

While it’s still considered early-stage, metal additive manufacturing/3D printing (AM/3DP) is an important part of the growth in the global additive manufacturing market as it helps manufacturers produce stronger and lighter parts, improve efficiencies, reduce waste, lower emissions, and increase speed to market.

SmarTech Analysis, a provider of industry analysis and market consulting services to the additive manufacturing industry, has issued a new report on the additive general industry and tooling market.

In the 1970s, medical specialists made advances in in-vitro fertilization that leapfrogged laws and regulations. The same is true today for bioprinting human organs for transplant.