Tungsten: Tensile Samples for Nuclear Sector

An energy company working at the forefront of next-generation power systems approached Holdson to explore whether our electroform™ process could polish tungsten tensile samples to an application-ready finish.

Cobalt Chrome: Dental Bridge Case Study

Learn how Holdson helped a dental manufacturer producing cobalt chrome bridge components via additive manufacturing to overcome challenges with surface finish quality.

Ti6Al4V: Renishaw Bottle Openers

Before and after pictures of renishaw 3D printed bottle openers. First image is rough and the second is shiny

Holdson was approached by Renishaw, a leading manufacturer of 3D printing technology, to explore the surface finishes achievable using electrochemical polishing.

Inconel – Aerospace

Holdson was approached by an industry-leading blue-chip aerospace manufacturer to enhance the surface quality of Inconel components used in their critical applications.

Ti6Al4V – Medical

pre and post polish microscope image - left side shows residual powder and unevenness, right side shows smooth powder free surface

Holdson was approached by a leading company in the medical sector that was seeking to enhance the surface quality of titanium parts.

Tungsten – Nuclear

Tungsten on periodic table

Holdson was approached by a leading nuclear energy research and technology organisation (RTO) seeking to improve the surface finish of tungsten parts.

ALSi10MG – AUTOMOTIVE SECTOR​

Holdson was approached by a prominent automotive OEM which manufactures a vital engine component from AlSi10Mg aluminium alloy using additive manufacturing (AM) techniques.