Wednesday, September 10, 2025
Home3D PrintingFreemelt joins Georgia Tech Manufacturing 4.0 Consortium

Freemelt joins Georgia Tech Manufacturing 4.0 Consortium


Keep updated with all the things that’s taking place within the great world of AM by way of our LinkedIn group.

Freemelt-Americas, a steel 3D printing know-how developer, has signed a Membership Settlement with the Georgia Tech Manufacturing 4.0 Consortium, which drives the event of revolutionary manufacturing applied sciences to speed up the adoption of additive manufacturing by trade in North America.

The Georgia Institute of Expertise (Georgia Tech) is likely one of the main analysis universities in North America. Georgia Tech has deep expertise within the analysis of superior and additive manufacturing applied sciences, supported by the US authorities, trade, and the schooling system. It facilitates a variety of AM applied sciences and has utilized a 6 kW Freemelt ONE open E-PBF (Electron Powder Mattress Fusion) system since 2022.

Georgia Tech Manufacturing 4.0 Consortium is a membership-based consortium that brings collectively trade, academia, and authorities to develop and deploy cutting-edge superior manufacturing applied sciences, to foster innovation and strengthen the competitiveness of the American trade.

“We’re honored to be new members of Georgia Tech Manufacturing 4.0 Consortium, the place members and specialists with numerous backgrounds collaborate to resolve key manufacturing challenges in the US. Members collaborate to determine boundaries, talk about potential options, and consider plans to facilitate the transition and adoption of superior manufacturing applied sciences, together with additive manufacturing,” stated Darin Everett, Regional President of Freemelt-Americas. “By means of this membership, Freemelt can be uncovered to new enterprise alternatives in our focus industries of protection, power, and MedTech. Moreover, we may have entry to Georgia Tech’s first-class superior manufacturing services, which can improve our capability to help US clients with materials course of improvement and utility improvement, for an environment friendly transition to serial manufacturing by way of additive manufacturing and our E-PBF AM know-how.”

RELATED ARTICLES

LEAVE A REPLY

Please enter your comment!
Please enter your name here

Most Popular

Recent Comments