3D printing is a cost-effective and fast way to create prototypes. Ideal to be used as assembly mock-ups or as presentation models.

Fuel efficiency and emission reductions are driving the need for lightweight parts. 3D printing works in a wide array of applications and is especially valuable within the aerospace and automotive sectors.

3D printed composite tooling and machining fixtures, such as location or drill jigs, are often cheaper and faster to produce.

Osseointegration is critical for implant stability. Utilising 3D printing ensures precise control of the surface porosity which better mimics real bone structure, enhancing loading and stability.

Metal 3D printed scale models which have been generatively designed can assist in proving concepts. The models will also help ensure that manufacturing approaches for large metal objects can be better considered, providing considerable project savings.

3D printing removes many of the constraints imposed by traditional manufacturing processes so engineers can design for optimal performance.