Burloak First in Industry to Meet Boeing Specification for 3D Printing Aluminum

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Burloak First in Industry to Meet Boeing Specification for 3D Printing Aluminum

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Burloak Technologies Inc. has become the first company to achieve Boeing’s BAC 5673 specification for the 3D printing of aluminum AlSi10Mg components. This marks a substantial gain for the service bureau, as it continues to grow in the additive manufacturing (AM) space.

“This approval marks the completion of a qualification process that included a rigorous evaluation of Burloak’s capabilities by Boeing. We would like to thank Boeing’s additive manufacturing team for its collaborative approach,” stated Peter Adams, Burloak’s Founder and Chief Innovation Officer. “Together, we developed a well-defined specification that has demonstrated robust, repeatable processes to produce flight components using additive manufacturing.”

Burloak offers design, engineer, CNC, 3D printing services and more. While Burloak was established in 2005 in Ontario, it was acquired by an even older company in 2017. Established in 1855 as a hardware and metals import/export business in Toronto, Samuel, Son & Co. is now the largest family-owned metals processor and distributor in North America. With the acquisition of Burloak, Samuel expanded its status in metal production with AM with the goal of delivering 3D printing solutions globally.

Parts 3D printed by Burloak. Image courtesy of Burloak Technologies.

With a new 40,000-square-foot 3D printing facility and a wide range of AM capabilities, Burloak and Samuel are certainly moving up in the industry. Most recently, Burloak began working on 3D printing parts for satellites. Burloak became one of the founding members of the GE Additive Manufacturing Partner Network alongside Carpenter Technology Corporation. Samuel, meanwhile, partnered with announced in 2017, a strategic alliance with Carpenter for end-to-end 3D printing supply chain solutions.

Among its unique offerings, Burloak offers topology optimization, finite element analysis moldflow, and AM build simulation, poising it for such advanced applications as the type that giant manufacturers like Boeing are likely after.

“Achieving this qualification further validates Burloak’s position as a global leader in the additive manufacturing space, and clearly demonstrates our ability to commercialize this transformational technology,” said Colin Osborne, Samuel’s President and Chief Executive Officer. “This milestone also signals the increasing importance of additive manufacturing within aerospace and represents a step forward on the path to a greener future for aviation.”

Now that it has achieved the BAC 5673 specification, Burloak Technologies is working with Boeing to see it put to use, which means 3D printing components for Boeing aircraft. What the exact form of that will take is yet to be determined.

Boeing has been hit extremely hard by the economic downturn that resulted from the COVID-19 pandemic. It posted a whopping $11.9 billion in losses for 2020 and laid off a total of 30,000 workers last year. Directing attention to its innovative 3D printing partnerships may, then, do the aerospace giant some PR good—especially given the memories of failed jet engines in everyone’s minds.

Printing

via 3DPrint.com | The Voice of 3D Printing / Additive Manufacturing https://3dprint.com

January 29, 2021 at 08:31AM