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Additive Manufacturing

Common Applications

Ballistics

Challenge:

With the pressure of increased threats, today’s modern combat vehicles must be lighter, more mobile and better protected than ever. And while titanium has always been an option, it’s been hampered by high costs, complex manufacturing techniques and availability.

Solution:

By bringing together a cost-effective and novel source of high-performance titanium with high-speed additive manufacturing technology, it’s now possible to produce larger, lighter armour at a competitive price point.

Results:
Case study - US Army

The US Army is incorporating titanium armour into its existing and upcoming combat vehicles, with research citing its superior mechanical and ballistic properties.

Our systems

Explore our systems for additive manufacturing, or see how we can integrate a solution into your production line to solve your specific manufacturing challenges.

TKF1000
High pressure

TKF1000

Put the power back in your hands, cut costs and simplify your supply chain – from prototyping to R&D, small-run and on-demand manufacturing.

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TKF9000
High pressure

Custom TKF systems

Make the most of our versatile technology with an additive manufacturing system tailored to your production needs and challenges.

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Need to coat or repair parts?

See what’s possible

Learn what other industry leaders have achieved with our TKF Additive Manufacturing System.

Swinburne-Listing

Aerospace hub lifts off with titanium tooling

At the Advanced Manufacturing Industry 4.0 Hub, located at Swinburne University’s Factory of the Future, Titomic’s TKF 9000 system has make it possible to produce lighter, stronger, production-ready rapid tooling for a range of aerospace applications.

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