China3D printingNet April 13, Australian Metals3D printingMachine manufacturer Titomic recently issued two announcements about its Titomic Kinetic Fusion (TKF) additive manufacturing technology.
The first involves establishing a partnership with Triton Systems, a global product development and technology company headquartered in the United States, to implement TKF technology to be validated by the U.S. Department of Defense (DoD) research and development program. Jeff Lang, Managing Director of Titomic, said: “The signing of this agreement with Triton Systems, a successful American technology venture company, is a powerful way to explore business opportunities within the US Department of Defense.”
After cooperating with Triton, Titomic also announced that it has received a purchase order for a job statement from the international aerospace giant Airbus.The purchase order involves the use of the TKF process3D printingNear-net demonstrator parts for the target application.
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The 5.5-meter rocket” alt=” manufactured by Titomic
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Made by Titomic3D printingThe 5.5-meter rocket. Photo by Tia Vialva.
What is TKF metal additive manufacturing?
Titomic was established in 2014 to commercialize TKF technology. TKF is a solid metal additive manufacturing process developed and patented by the Australian Commonwealth Scientific and Industrial Research Organization (CSIRO). This technology can use a cold spray manufacturing process to fuse a variety of dissimilar metals. Therefore, TKF can potentially introduce different high-performance materials unique to the technology itself.
As the exclusive right to commercialize the TKF process, Titomic cooperates with various partners to develop CSIRO’s technology and bring it to the market, especially in the aerospace and defense fields.
In the aerospace sector, the company cooperated with Australian aerospace company Gilmour Space Technologies to use TFK additive manufacturing technology to produce “high-performance” rockets and space components in 2019. In addition, within the last month, Titomic also cooperated with Ascent Aerospace to bring TKF technology to Ascent’s extensive aerospace customer base.
Now Titomic will use its TKF additive manufacturing process for Airbus production3D printingThe multi-material near-net demonstrator parts. The target application of the part will undergo performance testing during the simulation qualification process. The first step will involve the initial TKF material and process parameter development phase of Airbus, followed by a representative geometric demonstration.Using TKF, the demonstrator parts will be3D printing, And then conduct an evaluation to determine the end-to-end process of multi-material additive manufacturing.
Titomic’s titanium alloy unmanned aerial vehicle (UAV). Filmed by Titomic.
Partnership in the field of defense
Titomic’s recent defense-related partnerships include a A$25.5 million equipment sales agreement with global defense supplier Composite Technology to provide its two TKF manufacturing systems for the development of defense-related products and components. In addition, in September 2018, the company signed a defense agreement with TAUV, a military-grade armor manufacturer, to produce “reinforced soldier-enabled” drones.International Defence Expo in AdelaideThe UAV was selected for the Army’s 2018 Industrial Innovation Awards.
The new strategic agreement between Titomic and Triton will promote the application of its TKF technology in the Ministry of Defense R&D project, which aims to develop innovative products and solutions. The partnership will leverage Triton’s extensive visits and expertise with the U.S. Department of Defense.
Founded in 1992, Triton is dedicated to bringing specific products and services into the verification phase approved by the Department of Defense, followed by product manufacturing. These products are usually designed to solve complex challenges that support the Department of Defense through application research and development, including designing, developing, and providing products, subsystems, and components that meet the requirements of the US military. As a result, they are often critical to the Department of Defense and National Security, as well as major defense major government contractors and related applications such as the Department of Homeland Security (DHS).Its partnership with Titomic will focus on the use of TFK process and advanced materials3D printingProducts, while also meeting strict military requirements. Triton aims to fill the performance gap related to DoD’s dissimilar metal fusion, as its current metal3D printingThe process cannot meet the requirements of certain mission-critical applications.
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