Ti6Al4V – Medical

Holdson was approached by a leading company in the medical sector that was seeking to enhance the surface quality of titanium parts. Made from Ti6Al4V and produced through additive manufacturing, it is critical that these components are smooth with no residual powder for biocompatibility. However, achieving the required surface finish using conventional methods presented challenges, […]

Tungsten – Nuclear

Holdson was approached by a leading nuclear energy research and technology organisation (RTO). The client operates within a performance-critical nuclear environment, where geometric precision and material integrity are essential parameters.  In nuclear energy applications, lattice structures are commonly used as heat sinks due to their excellent thermal management properties. However, for the lattices to function […]

Inconel – Aerospace

In the aerospace sector, strict regulatory requirements, environmental and safety standards combine with high performance needs to product exceptionally rigorous criteria for manufactured components.    Existing manufacturing and post-processing techniques are often insufficient for the levels of surface finish demanded for the type of complex high-performance alloy components deployed in the demanding aeronautical environment.  With this […]

AlSi10Mg – Automotive

In the competitive automotive industry, optimising fuel efficiency is crucial for reducing emissions and meeting regulatory standards. Current post-processing techniques for additively manufactured automotive components are very often inadequate to contribute to the levels of engine performance and fuel efficiency demanded by today’s stringent regulatory requirements.   Holdson was approached by a prominent automotive OEM […]

The benefits of ECP for the automotive industry

As manufacturers strive to meet increasingly stringent standards while optimising production processes, innovative solutions are essential. One that has been gaining traction is electrochemical polishing (ECP).