Albéa and Erpro 3D Factory Partner to Advance Cosmetics Packaging

Albéa and Erpro 3D Factory Partner to Advance Cosmetics Packaging

Albéa has set a new milestone in the development of 3D cosmetics packaging, two years after first including 3D printing technology in its services through a business partnership with start-up Erpro 3D Factory (see image above). The company is now developing applications leveraging industry-leading HP Multi Jet Fusion 3D printing technology combined with the cosmetics production know-how of Erpro. As a result, the first generation of cosmetic parts, designed and produced to take advantage of the advanced capabilities of HP’s platform, are in the latest phases of development. Albéa will launch the first products very soon.

Local Motors and Protean Electric Extend Partnership to Power Olli EVs Additive Manufacturing

Local Motors and Protean Electric Extend Partnership to Power Olli EVs Additive Manufacturing

Local Motors, a leader in the design, manufacturing, and deployment of autonomous vehicles, and Protean Electric, a specialist of in-wheel motor technology for passenger cars, light commercial vehicles and future transport solutions, have expanded their long-standing partnership, inking a further three-year deal valued at $7.3 million. Under this significant new order, Protean Electric will deliver thousands of its ProteanDrive in-wheel motors (IWMs) to power Local Motors’ largely 3D printed Olli 2.0 electric autonomous shuttles, accelerating the rollout of state-of-the-art vehicles around the world.

How Divergent Blade Became Czinger 21C, a Hypercar Built without Tools

How Divergent Blade Became Czinger 21C, a Hypercar Built without Tools

In the beginning, it was the Blade, a concept hypercar featuring the first fully 3D printed frame and a number of other 3D printed parts. That early concept was used by the startup Divergent 3D to raise funds and acquire multiple production metal 3D printers from SLM Solutions; today it has evolved into the Czinger 21C a finished hypercar, the first such vehicle ever built using no tools and featuring an unprecedented number of fully 3D printed parts.

3D Printed Snowboard Bindings Pass Stress Test on the Slopes

3D Printed Snowboard Bindings Pass Stress Test on the Slopes

Early last year the Swiss brand NOW 3D printed by SLS a set of generatively designed bindings that were put through a simulated testing environment (and passed). A new collaboration between Stratasys and Slicelab + Fequalsf (Aaron Porterfield), just produced a new set of 3D printed snowboard bindings that were produced using the Stratasys Origin One high-speed photopolymerization 3D printer using the Loctite 3172 material. The printed bindings were functionally tested with a weekend of boarding at Breckenridge, Colorado and performed perfectly.