Selective Laser Melting technology allows you to realise complex geometries that were virtually impossible with previous manufacturing processes due to the layered structure.

Selective laser melting technology allows you to create complex geometries that were virtually impossible with previous manufacturing processes, thanks to the layered structure.

Instead of producing and assembling individual parts, you can produce the finished component in a single step.

There is no need to draw detailed 2D plans. 3D printing produces the part directly from the CAD file. Combined with 3D scanning, this opens up new possibilities for duplicating a unique part, such as a spare part.

Thin walls, skeletal structures or cavities with an internal lattice structure: 3D printing makes it possible to reduce the weight and therefore the cost of components. This makes the technology particularly interesting for the aerospace industry.Thin walls, skeletal structures or cavities with an internal lattice structure: 3D printing makes it possible to reduce the weight and therefore the cost of components. This makes the technology particularly attractive to the aerospace industry.

3D printed metal parts have a density of 99.5% or more. This means that the material properties are comparable to the base materials. Both functional prototypes and series production are possible.