• Selective Laser Melting (SLM technology) is able to produce parts with excellent surface quality and high functionality. Thanks to the SLM or DMLS technology, raw material keeps its fundamental properties. By adjusting production parameters and layer thickness, the production process gets optimized as per your economical and mechanical requirements.
• Tool making, spare parts, prototypes are the most common application areas for 3D metal printing
• Additional services such as CNC machining and heat treatment complete our supply
• 3D metal printing achieves best results in volume production when numerous, complex features have to be integrated.

Additive 3D Metalprinting shows its advantages when extreme complex parts are required where other manufacturing methods make a realization impossible or too intricated.

Overview available material grades:

• Maraging steel MS1 / 18Ni300 / AMS6514 / 1.2709
• CobaldChrome MP1 Superalloy for high temperature applications and biomedical implants
• Invar 1.3912 low expansion Iron-Nickel alloy
• Nickel Alloy IN718 / 2.4668, HX / UNS 06002, Hastelloy X AM, Alloy 939
• Tungsten W1
• 2.4602 / Hastelloy C22
• Titanium Ti6AlV4 for medical and aerospace applications
• Aluminium AlSi10Mg for motor sports and aerospace applications