Wednesday, December 24, 2025

Titomic announces manufacturing breakthrough for lithium-ion battery electrodes

Titomic Limited has announced what it describes as a major advancement in lithium-ion battery electrode manufacturing, reporting that its Titomic Kinetic Fusion (TKF) cold spray technology has demonstrated potential to streamline and modernise electrode production.

Manufacturing innovation showcased as Titomic thrust chamber passes hot fire test

Australian metal additive manufacturing company Titomic has announced the completion of a hot fire test on a solid rocket motor thrust chamber produced using its Titomic Kinetic Fusion (TKF) cold spray additive manufacturing process, marking what the company describes as a major step in validating the technology for aerospace and defence applications.

Manufacturing firm 3D People urges industry to move beyond ‘price per part’ in additive...

London-based additive manufacturing specialist 3D People is calling on manufacturers to rethink how they evaluate 3D printing, emphasising in a new insight piece that an exclusive focus on “price per part” risks overlooking the broader value additive manufacturing brings to modern production.

Apple advances manufacturing with large-scale 3D-printed titanium components for Apple Watch

Apple says it has reached a major manufacturing milestone, announcing that all Apple Watch Ultra 3 and titanium Apple Watch Series 11 cases produced this year are made using 3D-printed enclosures created from 100 per cent recycled aerospace-grade titanium powder. 

A3D-Ares agreement aims to accelerate R&D, manufacturing of small-arms components

Aurora Labs has moved to expand its role in Australia’s defence manufacturing sector, announcing a Memorandum of Understanding with Ares Armaments Australia to progress research, development and rapid production techniques for advanced small-arms components.

University of Sydney develops 3D printed blood vessels to aid stroke research

Researchers at the University of Sydney have developed a new 3D printing technique to manufacture anatomically accurate replicas of human blood vessels in just two hours, a development the university says could advance the study of strokes and the testing of new treatments.

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