Produce exceptionally strong and tough metals through high temperature heat treatment.
3DDC provides specialist heat treatment services designed to enhance the mechanical properties of metal components. Through carefully controlled heating and cooling processes, we can improve hardness, strength, wear resistance and overall material performance.
Heat treatment plays a vital role in ensuring components can withstand demanding operating environments across aerospace, motorsport, defence and industrial sectors. Whether supporting additive manufactured parts or traditionally manufactured components, our team can recommend the most appropriate treatment process for your application.
By combining additive manufacturing expertise with specialist post-processing services, 3DDC delivers complete manufacturing solutions from prototype through to finished component.
Heat treatment plays a vital role in ensuring components can withstand demanding operating environments across aerospace, motorsport, defence and industrial sectors. Whether supporting additive manufactured parts or traditionally manufactured components, our team can recommend the most appropriate treatment process for your application.
By combining additive manufacturing expertise with specialist post-processing services, 3DDC delivers complete manufacturing solutions from prototype through to finished component.
What is heat treatment?
Heat treatment is a controlled process of heating and cooling metals to improve their mechanical properties, including strength, hardness and durability.
Why is heat treatment important?
Heat treatment improves component performance, increases wear resistance and helps materials withstand demanding operating conditions.
Which industries use heat treatment?
Heat treatment is commonly used within aerospace, defence, automotive, motorsport and industrial manufacturing sectors.
Can additive manufactured parts be heat treated?
Yes. Many metal additive manufactured components benefit from heat treatment to optimise performance and material properties.
