Rapid+TCT – Authentise Summary (Authentise Weekly News-In-Review – Week 70)

Last week we attended the RAPID+TCT event in Fort Worth, Texas. We were very excited to present our findings on putting Machine Learning to productive uses in additive (slides are here, video coming shortly). During our stay there, we got to see a host of new 3D printers being announced, as well as new, intriguing AM techniques. The list of worthy news would be way too long, so here’s a couple pieces that stood out.

GE Additive unveils Arcam EBM Spectra H machine at RAPID + TCT

GE Additive today unveiled the Arcam EBM Spectra H, a new metal additive manufacturing system designed to handle high heat and crack prone materials. The Arcam EBM Spectra H complements the company’s existing electron beam melting systems.

Read more about the printer here.

MELD Manufacturing Corporation Awarded RAPID + TCT Innovation Award For Patented MELD Technology

On Thursday, April 26, 2018, MELD Manufacturing Corporation was selected from the more than 300 exhibitors at RAPID + TCT 2018 as the recipient of the Innovation Award. MELD is a unique process for additive manufacturing that avoids melting the metal, thereby eliminating the weaknesses and other issues associated with melt-based processes. MELD’s open-atmosphere operation and scalable equipment also make it more efficient and capable of making larger parts than similar processes. In addition to additive manufacturing, MELD can be used to repair, coat, and join a wide range of materials, including some metals that cannot be welded with traditional processes.

Read more here.

 

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CES 2017 (Authentise Weekly News-In-Review – Week 02)

Hello and welcome to another edition of News-in-Review!

This week was evidently dominated by one of the biggest shows of the year, CES2017 and with it came a host of awesome additions to AM’s portfolio, as well as our presence in an industrial 3D printing panel!

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Photo courtesy of Adam Jones.

In this edition tagged #CES2017, we present to you new printers and AI powered online AM tools: Autodesk and Titan Robotics team up to enable large build 3D printing with the efficiency of 5 printing heads. a “crazy” printing tech behind Markforged’s new printer allows it to print metal all for $90K and Sculpteo brings AI-powered analysis and evaluation to online metal AM projects.

We got your attention? Let’s go.

CES2017: Really Fast 3D Printing for Large Builds

About a year ago, Autodesk showed off one of the most innovative filament printers in recent memory. Project Escher is your basic Cartesian filament printer, but with a twist: it has five heads. These print heads work together to build large objects very quickly. Autodesk open sourced the design of the Escher, and now it’s made it into commercial production thanks to Titan Robotics. The Cronus, which uses the same software as Project Escher, is big! Each of these gantries is driven by closed-loop servo motors and fancy ball screws, producing a total build volume of 77″x30″x20″.

Read more about it here.

The Markforged Metal X Prints Real Metal Parts

At CES 2017 today Markforged have announced what might be a revolution in 3D printing, a desktop metal 3D printer called the Metal X. […] The secret to bringing 3D metal printing to the desktop is the Atomic Diffusion Additive Manufacturing (ADAM) process. According to the company this creates, “a part using a bound metal powder rod that transforms into a dense metal part in one easy step. Bulk sintering provides crystal growth through all axes giving your parts excellent mechanical properties in all directions.”

Read more about the printer here.

Sculpteo Brings Artificial Intelligence to Metal Additive Manufacturing with Agile Metal Technology

[Sculpteo is] bringing artificial intelligence to metal 3D printing. They just unveiled Agile Metal Technology, an online agent-based system used to help designers and manufacturers analyze and evaluate metal additive manufacturing projects. […] Their new Agile Metal Technology is very versatile, with the ability to automate complex procedures, locate and correct problems, find the “best fit” processes and techniques, and even offer recommendations on how to optimize design elements like lattices and supports.

Read the full article here.

 

That’s is it for this week, be sure to follow us on Twitter to get more juicy news and those that are not included in the News-In-Review!