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3D scanning and reverse engineering used to create a Berlinetta Effeffe 3D Printer Hardware

by Automotive

The use of innovative technologies such as 3D scanning and reverse engineering can play a huge role in the direct production of a classic dream car such as the Berlinetta Effeffe, handcrafted by Officine Fratelli Frigerio. Through the support of leading experts at The 3D Group (Solid Energy for 3D scanning and reverse engineering, Solid World for CAD 3D modeling and Energy Group, for 3D printing) digital manufacturing showed that it can perfectly blend with the Made in Italy style in automotive maufacturing. The Berlinetta Effeffe (www.effeffecars.com) represents a masterpiece of Made in Italy automotive style and engineering. It is inspired by the legendary 50’s Gran Turismo years yet extremely modern, born out of the passion and the experience of Leonardo and Vittorio Frigerio. This dream this is made entirely by hand by the utmost traditional handcraft, while, at the same time, it leverages on a high-quality craftsmanship process, supported by the most modern technologies.

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IP, Make It Leo Makes 3D Printable Designs into Limited Editions AM Software

by Consumer

MakeItLeo is a new cloud service that allows people to upload their 3D models, share them, sell them, and control their distribution in a global market. In a world where the most advanced designs are created digitally, the paradox is that the most unique IP (intellectual property) could be reproduced an infinite number of times. Several solutions are in development in order to retain a certain amount of control over the number of 3D prints per design, with Make It Leo being the one that focuses most on the file itself as well as the designers’ needs.

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Metal 3D Printing is Big and Getting Bigger, Here’s Why in 5 Points 3D Printing Processes

by Business

People ask if and when 3D printing will become a method of mass production. As far as plastics go, I don’t know. For metals, though, it is a whole different story: it is already happening. Metal 3D printing technologies are evolving at breakneck speed, constantly increasing their size and velocity capabilities. One of the reasons for this, in my opinion, is the intense competition, both between different technologies and different approaches to the same technology. This is not, however, the only reason.