Get a free application study

Additive is competitive. This is our philosophy, but also our commitment to advancing the industry by reducing the barriers to entry in Additive Manufacturing.

 

Want to know if additive manufacturing is the best solution for your business?

Upload your 3D model, our engineers will analyze your business case and they will send you the full application study. For free.

upload

1

Upload your 3D model

laser (2)

2

Choose the additive process

chemical-formula

3

Choose your material

business-report

4

Receive your full application study

Additive processes

Powder Bed Fusion

Powder bed fusion process uses thermal energy to melt specific points on a layer of metallic powder. This process is repeated layer after layer to create the part, allowing the production of parts with complex geometries and high-end part quality

Discover more >

Laser Metal Deposition

The laser metal deposition process uses focused thermal energy generated from a laser source to fuse powder metal sprayed at the focal point of the laser beam. This capability makes the process suitable for adding features to existing parts as well as for repairs and coatings.

Discover more >

Materials

Alloy Type Description Application Sectors
Aluminum Alloys AlSi10Mg High heat conductivity, high mechanical properties (strength and hardness), excellent corrosion resistance and low weight Aerospace, Automotive, Mechanical components
Nickel alloys IN625, IN718 High yield, fatigue and creep strength with excellent anti-oxidation and anti-corrosion behavior in aggressive environments Aerospace, Automotive, Biomedical, Chemical, Energy, Oil anGas, Mechanical components
Steel alloys 316L, MS1 Excellent strength combined with high toughness as well as high ductility and good thermal properties Aerospace, Automotive, Biomedical, Mechanical components
Titanium alloys Ti-6Al-4V Low specific weight combined with excellent mechanical properties and corrosion resistance Aerospace, Automotive, Biomedical