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Stratasys and Origin have signed an agreement in which Stratasys will market and promote Origin 3D-printed nasopharyngeal (NP) swabs to healthcare providers and other testing centers in the U.S.

New capability adapts process parameters for optimal results independent of operator experience for its LT Fiber EVO and CO2-type LT722D.

Laser marking ensures safe traceability as well as counterfeit protection.

Dedicated in-house labs create and optimize laser welding processes for electric motors and batteries.

A dozen Boston area anesthesiology residents have launched an eight-week hackathon hosted on GrabCAD.com to design a rapidly deployable, minimum viable mechanical ventilator for patients with COVID-19-related ventilator-dependent lung injury.

America Makes, the public-private partnership that the Obama administration set up to foster research and innovation in additive manufacturing, achieved a significant milestone late last year: an online portal to track gaps in additive manufacturing (AM) standards.

Compared to machining and other traditional metalworking processes, additive manufacturing (AM) is a newcomer. Most industry experts trace its birth to 1987, when Chuck Hull of 3D Systems fame introduced the first commercially available stereolithography machine, the SLA-1.

Each year, users the world over—and some in outer space—discover new ways to put additive manufacturing (AM) to work. AM contributes to product improvements, increased efficiency, green initiatives, global partnerships, material developments, and groundbreaking innovations.

In 1984, Charles Hull invented the first 3D printer, which used stereolithography to build up a plastic product layer by layer. Over 35 years later, additive manufacturing (AM) is drastically altering a range of industries, from manufacturing to the medical sector.

Additive manufacturing, or 3-dimensional (3D) printing, continues to rapidly develop across a number of industries.