The round up of last weeks additive manufacturing news includes initiation of plan to build first 3D printed Mosque in Dubai; installation of world’s largest robotic 3D printing set-up by Al Seer Marine; Miss Universe Singapore debuts her 3-D printed orchid dress and much more.
Dubai To Build World’s First 3D-Printed Mosque
Plans to build the world’s first fully functional 3D-printed mosque have been unveiled in Dubai. The construction of the 2,000-square-metre mosque in Bur Dubai will start in October and the mosque will be ready for 600 worshippers early in 2025.
Al Seer Marine is starting the world largest robotic printing system in December this year. Al Seer Marine is planning to operate the machinery in several shifts to fulfill the requests received from UAE and international clients.
Miss Universe Singapore Carissa Yap Debuts Her National Costume, A 3-D Printed Orchid Dress
Representing Singapore in the 71st Miss Universe competition that is happening on 15 January 2023, Carissa Yap set wow to the world with a stunning 3-D printed orchid costume.
BCN3D launched New Generation of the BCN3D Epsilon Series
BCN3D has launched the new generation of Epsilon Series printers that has upgraded electronics, XYZ autocalibration, and local network access.
ADDMAN Expands Polymer Additive and Quick-Turn Capabilities via Dinsmore Acquisition
ADDMAN Engineering announced that it had acquired Dinsmore & Associates, Inc., an Irvine, California-based provider of polymer 3D printing services, to its manufacturing solutions network.
El Camino College Students To Launch NASA-Funded 3D Printing Startup
A group of El Camino College STEM students is embracing the challenge of getting a new business off and running, while also pursuing degrees in engineering. Their specialized startup received initial funding from a $5,000 grant awarded earlier this year from the NASA Minority University Research & Education Project (MUREP) Innovation & Tech Transfer Idea Competition (MITTIC).
A New “Digital Twin” of Laser-Directed Energy Deposition Repair Technology
Researchers from Tokyo University of Science developed a numerical processing analysis system that automatically determines optimum forming conditions using digital twin
CASTOR’s report reveled that AM could improve sustainability in manufacturing