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AXT and AMAZEMET Collaborate to Bring Metal Powder Printing to Australia

June 16, 2023

AXT Pty Ltd, an Australian company, has announced a partnership with AMAZEMET to introduce metal 3D printing technologies to the Australian market. AMAZEMET, founded in 2019 as a spin-off of the Warsaw University of Technology, specializes in designing and manufacturing systems for metal additive manufacturing, catering to both research and small-scale industrial production needs.

AXT and AMAZEMET Collaborate to Bring Metal Powder Printing to Australia
AMAZEMET’s rePOWDER ultrasonic powder atomizer and alloy prototyping platform. (Image Credit: AMAZEMET / AXT)

AMAZEMET’s flagship system, rePowder, is a customizable and modular system that utilizes ultrasonic atomization technology to economically produce small quantities of highly spherical metal powders. This process is more cost-effective and efficient compared to traditional gas atomization, making it ideal for research and experimentation purposes.
Additionally, AMAZEMET offers safeEtch and inFurner as post-processing solutions for metal 3D printing. safeEtch uses a patented chemical solution to quickly and easily remove supports from metal prints, resulting in a high-quality polished surface. inFurner is a compact vacuum furnace designed for post-heat treatment of 3D printed metal parts.

Richard Trett, the Managing Director of AXT, expressed enthusiasm for the partnership, recognizing the dynamic nature of the 3D printing sector. The collaboration with AMAZEMET will enable Australian researchers and companies to accelerate their development projects. Łukasz Żrodowski, CEO of AMAZEMET, also expressed confidence in the partnership, highlighting the company’s rapid global growth and its aim to enter the Australian market.

AXT will showcase AMAZEMET’s range of products at the upcoming APICAM additive manufacturing conference in Sydney. Interested parties can also visit AXT’s website to explore AMAZEMET’s products, which complement their existing 3D printing systems and related microscopy, metrology, and computed tomography (CT) product lines.

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About the author | Phillip Keane
Phillip is an aerospace engineer from UK. He is a graduate of Coventry University (UK), International Space University (France) and Nanyang Technological University (Singapore), where he studied Advanced Manufacturing at the Singapore Centre for 3D Printing.
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