Repair metal parts with advanced additive manufacturing
Titomic Kinetic Fusion® and the D523 enable rapid, easy repair of engine assets without heat. No more warping, cracking, or heat affected zones.
Faster
Restore and resurface parts with industry-leading build rates, saving you time and increasing productivity.
No heat
Process does not melt metal, so there's no more risk of heat distortion, heat-affected zones, warping, or cracking.
New possibilities
Fuse dissimilar metals together to deposit nickel onto cast iron, copper onto aluminium, and much more.
Lower costs
Restore critical and expensive components cheaply - often with less than $100 worth of powder.
Easier & safer
No hot work or certifications needed - just our free training.
Save parts
Save expensive components from the scrap heap by restoring their geometry or repairing them.
MTU Rolls Royce Solutions repairs at V16 engine - running for 24,000 hours since repair.
Titomic cold spray was evaluated on the rebuild and long-life maintenance of a large-scale diesel engine. With numerous repairs made with cold spray, the engine was seen to be operating well after 24,000 hours of operation, with cold spray proving to be a competitive repair solution.
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Effective repair & remanufacture of heavy vehicle assets
Often when key components on heavy vehicles are damaged, they’re scrapped or replaced. This is a costly yet entirely avoidable expense.
Learn how our cold spray technology systems make it easy and cost-effective to repair and restore parts – so your operations can keep on moving.
Enabled by Titomic's D523
Titomic Kinetic Fusion® is an additive manufacturing, repair, and coating method that uses supersonic particle deposition.
It’s an advanced technology that coats surfaces with strong layers of specialty metals – without ever melting them. It does this by accelerating metal particles into a supersonic jet of air. As the particles collide, they do so with so much kinetic energy that they bond together and fuse to the surface.
With this method, copper, steel, nickel, and more can be deposited and fused onto a wide range of surfaces.
