Sintavia reports that its proprietary process for 3D printing F357 aluminum powder is designed to meet critical engineering requirements at every step of additive manufacturing. (Photo: Business Wire)

Sintavia reports that its proprietary process for 3D printing F357 aluminum powder is designed to meet critical engineering requirements at every step of additive manufacturing. (Photo: Business Wire)

DAVIE, Fla.—Metal additive manufacturer Sintavia, LLC, recently announced that it has developed full end-to-end parameters for producing additively manufactured parts in F357 aluminum, as well as other Al-Si alloys, for use in precision manufacturing. Sintavia’s proprietary process for printing F357 aluminum powder was developed specifically to address aerospace and automotive industry needs for components with low density, good processability, and heat conductivity. Though most aluminum alloy parts are manufactured using traditional casting practices, Sintavia is changing the landscape for industries looking to expand beyond traditional manufacturing in foundry-grade aluminum alloys, Sintavia reported in a press release.

“We are seeing an increased demand for additively manufactured Al-Si parts from both the aerospace and automotive industries,” said Doug Hedges, Sintavia’s president and chief operating officer, in the release. “With Sintavia’s comprehensive manufacturing capabilities, we have developed processes to make F357 aluminum specimens and quickly test them to demonstrate they meet or exceed these industries’ strict validation parameters.”

Sintavia (www.Sintavia.com) says that its exclusive processes are designed to meet critical engineering requirements at every step. By establishing a procedure that not only includes pre-build material analysis, but also post-production heat treatment and stress relief, the company reports that it is able to produce additively manufactured (AM) components proven to exceed original design strength by up to 125 percent at net densities of near 100 percent. Through the performance of strength validation at ambient, elevated, and subzero temperatures, Sintavia is capable of part validation in all critical environments, Sintavia said in its release.