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Siemens has expanded its Teamcenter software for product lifecycle management to add AI-powered Lifecycle Assessment (LCA) capabilities

Siemens adds new Teamcenter Sustainability Lifecycle Assessment software to Siemens Xcelerator

Collaboratively developed with Makersite, it brings full scale Lifecycle Assessment (LCA) capability to the heart of the digital twin to enable development of compliant, innovative and sustainable products

Kanfit will adopt both XJet’s Carmel 5000X metal solution and Carmel 1400C ceramic solution, offering elevated metal AM capabilities on top of its existing PBF production line, and marking its entry into ceramic AM

Key markets are high-end aerospace, industrial and medical applications, where complex, precise and high-performance end-use parts are required yet unmet via other technologies

Powder bed-based laser melting of metals (PBF-LB/M) is a key technology in additive manufacturing that makes it possible to produce highly complex and high-performance metal components with customized material and functional properties.

Caracol, a global leader in large-format additive manufacturing (LFAM), announces the opening of its new 10,000 sq. ft U.S. headquarters and production center in Austin, Texas, more than tripling its space for systems production and application development.

METAMO Industries closes its Europe-first art exhibition, “DIGITAL G-O-D”, an immersive showcase of contemporary art shaped by advanced digital production technologies. The exhibition brought together a diverse group of 20 Dutch and global artists, who explored the intersection of cutting-edge digital technologies in their artwork, including 2D UV Printing, 3D printing, digital plotting and photogrammetry.

Ten years after the project's inception, Shamballa is taking shape on the hills of Northern Italy,
becoming the largest open-air 3D printing laboratory dedicated to sustainable living
From Shamballa to WASP 3D Build: the Innovative Startup for Construction 3D Printing

Forschungs- und Technologietransfer GmbH (FOTEC), a research subsidiary of the University of Applied Sciences Wiener Neustadt, has developed key technologies for the integration of additive manufacturing into industrial process chains as part of the international joint project Ad-Proc-Add II. The focus was on automated post-processing using Hirtisation, the characterization of additively manufactured surfaces, and the development of database systems for process optimization.

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