Titomic and nuForj partner to advance Cold Spray manufacturing in US aerospace and defence
May 19, 2025
Titomic Limited, based in Brisbane, Australia, has announced a strategic partnership with nuForj, LLC, a US-based advanced manufacturing service provider, to provide tailored Cold Spray Additive Manufacturing solutions for aerospace, defence, education, and industrial sectors.
Under the partnership, Titomic’s proprietary Titomic Kinetic Fusion technology will be combined with nuForj’s Industry 4.0 expertise and market reach in the US. The partnership will also seek to educate and train engineering students about Cold Spray technology and its future industry applications.
TRUSTED CONTENT. TARGETED AUDIENCE
Advertise with Metal AM and access a global base of 50,000+ AM professionals
| Contact us |
“This partnership represents a leap forward in our global strategy,” said Jim Simpson, CEO and Managing Director of Titomic. “Working alongside nuForj allows us to bring TKF technology to critical US markets with agility and deep local insight.”
Under the agreement, nuForj will serve as a regional technology and commercialisation partner, focusing on delivering tailored solutions to meet the growing demand for repair, coating, and competent production using Cold Spray-based methods. Dr Patti Dare, Titomic’s US president, emphasised, “The collaboration also paves the way for joint R&D initiatives and the deployment of advanced manufacturing hubs across North America.”
Rudy Vogel, founder and CEO of nuForj, shared, “We believe Industry 4.0 technologies and digital transformation of the factory floor are essential to reindustrialising the US, powering new business models and driving productivity growth.”
“Titomic Kinetic Fusion™ is an impressive technology for producing quality metal parts incredibly fast and efficiently, and we’re looking forward to making it accessible to scores of companies across the country committed to American manufacturing,” Vogel added.
This partnership commits both companies to advancing sustainable manufacturing practices, reducing material waste, and enabling near-net-shape production capabilities at industrial scale.
