Reimagining Additive Manufacturing
RaAMtek develops laser based additive manufacturing techniques to enable the defect free 3D printing of complex geometry parts in in high specification metals.
Solving the Hardest Additive Manufacturing Challenges
RaAMtek is focused on reimagining additive manufacturing using Renishaw Printers to develop solutions for materials and applications that sit beyond the limits of conventional processing.
Tungsten represents one of the most challenging materials in laser powder bed fusion. Successfully enabling crack free tungsten printing demonstrates RaAMtek’s capability to manufacture complex geometry parts in tungsten and other refractory metals.
RaAMtek has developed capability in printing of CuCoZr (copper–cobalt–zirconium) alloys, enabling the production of complex, geometry components. We can deliver dense, high-purity parts with excellent thermal conductivity, mechanical strength. Temperatures by combining AM expertise with precise process control to move rapidly from prototype to fully functional end-use parts whilst unlocking innovative design freedom
RaAMtek has capabilities in the additive manufacturing of Ti-6Al-4V for medical and dental device applications. We can print complex geometries, porous surfaces and lattice structures suited to medical device needs and support osseointegration, maintaining the mechanical integrity. Parts are delivered with high-quality helping innovators accelerate development from prototype to clinical-ready production.
What Reimagined Additive Manufacturing Enables
By overcoming the limitations of conventional and additive manufacturing, RaAMtek enables complex geometry parts in tungsten and other refractory metals that were previously impractical or impossible to produce.
This capability unlocks new performance, efficiency, and design freedom across demanding industrial applications.
Complex Geometry
Freedom
Enable intricate internal and external geometries not achievable through traditional manufacturing routes.
Extreme Environment
Performance
Support applications requiring exceptional thermal resistance, density, and wear performance.
Defect Free
Processing
Crack free additive manufacturing with 99%+ density parts suitable for demanding industrial use.
Application Led
Design
Generative design services that support manufacturability and performance from concept to part.
Our Applications
RaAMtek’s additive manufacturing capabilities support applications where extreme performance, precision, and reliability are essential.
Fusion Energy
Thermal blankets and components designed for extreme temperature environments in fusion reactors.
Medical Imaging
Complex geometry tungsten anti-scatter grids for CT scanners to absorb scattered radiation.
Precision Mechanical Systems
Low wear, high density components such as gears and drive mechanisms for high end applications.
Medical & Dental Implants
Novel implant designs incorporating lattice structures and porous surface structures
Aerospace and Space
High temperature jet and rocket engine components for the most demanding conditions