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3D Printing Now Plays a Major Role in Dassault Systèmes’ 3D Experience 3D Printing Events

Taking place in different locations throughout the world (including China for manufacturing and Massachussets for Science), Dassault Systèmes’ 3D Experience series of events represents the state of the art of what 3D software can do today for designers, engineers, architects, doctors and anyone who need to run a highly efficient manufacturing operation. The “Design in the Age of Experience” 2017 two-day conference in Milan focused on everything that 3D technologies (including 3D software, VR and AR) can do for innovating shapes and products. Now, more than ever before, however, 3D printing is becoming a main focus of the creative workflow.

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Neri Oxman’s 3D printed glass stars at Lexus Yet event for Milan Design Week Consumer Products

Star designer Neri Oxman and the 3D printed glass technology developed at her Mediated Matter Lab in MIT are at the core of the interactive LEXUS YET installation for Milan Design Week 2017. Created by Lexus International as part Salone Del Mobile, the world’s largest design exhibition, the Lexus exhibit is held from April 4th through April 9th, at the La Triennale di Milano, the Design and Art Museum in Parco Sempione – considered the center of Milan Design Week.

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Roboze Partners with Polymertal on New Hybrid 3D Printing and Metal Plating Process AM Industry

Roboze, the leading Italian 3D printing company announced today that it has formed an alliance with Polymertal, an innovative Israeli company that specializes in producing hybrid products based on metal plating of 3D printed parts. As part of the agreement, Polymertal will purchase Roboze’s flagship product – the Roboze One+400 industrial 3D printer – to enhance a unique plating process to be applied to Roboze’s metal replacement techno-polymers focusing on PEEK, PEI & CARBON-PA.

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IAAC’s On Site Robotics Demonstrates Use of AM and Robots for the Future of Construction Construction 3D Printing

On Site Robotics is a collaborative project of IAAC and TECNALIA, which demonstrates the potentials of additive manufacturing technology and robotics in the production of sustainable low-cost buildings that can be built on site with 100% natural materials. IAAC’ extensive experience in materials and robotics for construction is now moving toward real commercial applications.