Sintavia Showroom

Sintavia Plans $25 Million Expansion in Hollywood, Florida

The investments in facilities and equipment will power company’s growth over the coming years, including being able able to meet the demand from the programs it supports for the U.S. Department of Defense.

EOS Aluminum Al5X1 Is High-Strength Anodizable Alloy for Industrial 3D Printing

The aluminum alloy offers light weight, high strength, elongation and corrosion resistance.

Sintavia Receives Strategic Investment from Lockheed Martin

The equity investment will support continued development of Sintavia’s proprietary thermodynamic designs and components.

Sintavia Developing Additive Manufacturing Facility for US Navy

Sintavia is collaborating with Bechtel Plant Machinery to develop a dedicated additive manufacturing facility in support of the United States Naval Nuclear Propulsion Program.

3D Printed Spares, Electrification and Cool Parts: Top 10 Stories of 2022: AM Radio #31

Our top articles and videos from 2022 reflect increasing use of additive manufacturing for replacement parts; growing applications for electric motors; and a maturing user base. Read through the top 10 list or listen to the AM Radio podcast episode all about these stories.

Lockheed Martin, Sintavia Team Up to Advance Metal Additive Manufacturing

The collaboration is said to demonstrate Lockheed Martin’s commitment to the White House’s AM Forward initiative for expanding use of additive manufacturing and creating resilient supply chains.

Sintavia Develops Niobium Printing Technology for Aerospace, Defense

C103 material parameter specification is said to enable full alloy adoption across defense and space applications.

Additive Manufacturing Production at Scale Reveals the Technology's Next Challenges: AM Radio #28

Seemingly small issues in 3D printing are becoming larger problems that need solutions as manufacturers advance into ongoing production and higher quantities with AM. Stephanie Hendrixson and Peter Zelinski discuss 6 of these challenges on AM Radio.

AMGTA Reports on Process to Safely Transport, Recycle Metal Powder Condensate Waste

The process was developed by KBM Advanced Materials and Sintavia to passivate metal condensate in a removable resin enabling safe transport and recycling.

The Broad Promise of Large-Format AM: AM Radio #10B

3D printing makes very large parts easier to produce. Julia Hider and Peter Zelinski discuss the promise of additive manufacturing for big parts on the AM Radio podcast.

10 Ways Additive Manufacturing Reshapes a Production Facility (Forget What You Know About Factories)

Sintavia’s purpose-built facility for powder bed fusion of aircraft components illustrates fundamental ways the plant is different when 3D printing is the operation.

EOS North America Delivers, Installs 1,000th Machine

Sintavia is one of the world’s largest metal additive manufacturers focused on the production of advanced propulsion systems for the aerospace, defense and space industries.

Scaling Production at Sintavia Reveals Sustainability Challenges with AM

Additive manufacturing has not yet fully confronted all the factors that contribute to sustainability. Sintavia is discovering and working through these issues in metal AM as its production work scales.

AMGTA Grows with Six New Member Companies

New AMGTA members include Divergent Technologies, the Aachen Center for Additive Manufacturing (ACAM), Kurtz Ersa, Nexa3D, Tekna Advanced Materials and Trane Technologies.

AMGTA Continues Growth With New Members

The Additive Manufacturer Green Trade Association is a global trade organization created to promote the environmental benefits of additive manufacturing.

Sintavia Develops Proprietary Copper Printing Technology

The printing technology is designed for use with GRCop-42, the preferred copper alloy used by NASA and private space flight companies for rocket thrust chamber assemblies

What Effect Does Gas Flow Have in Metal Additive Manufacturing?

Sintavia has partnered with one of the world’s leading providers of industrial gases in order to understand and improve metal AM’s most significant process variable.