AI data centres

Copper forging forms a suitable copper alloy under controlled pressure to create the required component shape. The process uses plastic deformation rather than removing material from a solid billet, helping produce strong, consistent components with efficient material use.

Key benefits:

• High strength and ideal for mechanically demanding components
• Consistent quality to support repeatable production
• Efficient material use to reduce waste

The copper casting process enables molten copper or copper alloy to be introduced into a mould to produce shapes that may be difficult or uneconomical to manufacture through forging alone. 

This makes copper casting suitable for complex geometries, integrated features and larger components used in demanding AI data centre applications.

Key benefits:

• Complex geometries that enable intricate component designs
• Design flexibility to suit complex and integrated features
• Suitable for larger copper components

Our precision manufacturing expertise enables us to produce copper components to demanding dimensional tolerances and quality requirements. 

We work closely with customers to develop components that meet their specific design and production requirements.