Racing with Sauber into the Future of Additive Production

Racing with Sauber into the Future of Additive Production

by Automotive

Swiss motorsport company Sauber is a historic team in the Formula 1 circuit, where it has been competing since 1993. The intensive implementation of AM at Sauber since the early 2000s is not the only reason why the company is now playing such a relevant role in the AM industry: Sauber Engineering was established to leverage the team’s unique engineering know-how and provide design and production services using Additive Industries’ MetalFAB1 metal 3D printers. Last year this led to the production of over 22,000 metal laser PBF printed parts; and these are just the start.

Branch Technology’s C-Fab process used for giant 3D printed facade and exterior wall panels Construction 3D Printing

Branch Technology’s C-Fab process used for giant 3D printed facade and exterior wall panels Construction 3D Printing

by Architecture

Mitch Lewandowski, Branch Technology‘s Chief Commercial Officer, had been hinting at a major project for some time. It has now finally been revealed that it’s not just one project but at least two, and possibly more, and they are both massive in size: a 3D printed facade for the Tennessee Valley Federal Credit Union building and exterior wall panels for the Center of Engineering, Technology, Arts & Sciences at the Chattanooga State Community College.

Where Open Source 3D Printing and Sim Racing Collide

Where Open Source 3D Printing and Sim Racing Collide

by Consumer

3DRap is a startup based in a small town on the hills of Irpinia, in Southern Italy, in the medieval town of Capocastello. As the name implies the company was founded around the idea of RepRap 3D printing: they created an open-source system, leveraged the Arduino platform for a number of projects and built a digital production facility. But the sweet spot where their open-source 3D printers began to truly make business sense is sim racing: 3DRap is now a manufacturer of custom 3D printed mods for sim racing peripherals, hitching a ride on one of today’s key technology trends to reach people all over the world.

Dyslexic Children’s Glasses Printed Using HP MJF Tech

Dyslexic Children’s Glasses Printed Using HP MJF Tech

by Consumer

Atol les Opticiens, a French optical company, is additively manufacturing glasses with HP’s multi jet fusion technology to provide cost-effective options for dyslexic children. The Lexilens smart glasses bring two trends together: the development of connected solutions designed to improve the lives of people with learning difficulties; and technical advances in additive manufacturing.

Black Buffalo 3D and ICC-ES revise AC509 criteria for multi-story construction 3D printing Construction 3D Printing

by Architecture

Black Buffalo 3D Corporation, a leading provider of large scale 3D printers for construction and a member of HN Inc.—formerly Hyundai BS&C Co. Ltd.—has successfully collaborated with the International Code Council Evaluation Service (ICC-ES) to revise its ICC-ES AC509 criteria. This update enhances the acceptance criteria (AC) for 3D Automated Construction Technology for 3D printed concrete walls from single-story building construction to multi-story building construction.

Ultrafuse 316L Stainless Steel now qualified for MakerBot LABS 3D Printer Hardware

by Technologies

MakerBot qualified the BASF Ultrafuse 316L Stainless Steel material by Forward AM for the MakerBot LABS Experimental Extruder for its METHOD 3D printers. With an open materials platform and a growing portfolio of advanced engineering-grade materials, METHOD is now the only industrial desktop 3D printer in its price-class with a heated chamber that can print polymer, composite, and metal materials.