Integral manufacture, from start to finish
We improve your products quality and decrease manufacture costs thanks to the 3D printing. A flexible and comfortable system that allows processes´ improvement.
3D enineering
Integral solutions, from the conceptual design fo the final part taking advantages of the additive manufacturing. We can also make the the parametric and FEM analysis.Finally, we post process the parts until we obtain the client´s aim.
Reverse engineering (FEM) for geometries construction based on our own 3D scanners. We also make the metrology studies.
Functional prototypes and 3D reproductions
- ASA polymer, PC, PA12, Nylon, ULTEM and ACRYLICS parts.
- 316L 1.4404,1.2709, AlSi10Mg, Ti6Al4V metal parts.
- Mechanical assemblies and dimensional control.
- Conventional machining to reduce tolerances.
- Tissues´ segmentation based on a DICOM file.
Tool manufacturing
We design,edit and manufacture functional tools for industrial sectors. We use the latest materials and additive manufacturing technologies combining them with conventional ones in order to obtain the best solutions.
Short series
Thanks to the latest additive manufacturing equipment we can product competitive series. We eliminate production moulds tools and stocks.
Injection Molding
Thanks to SLM technology, we can design and product hyper-refrigerated inserts that reduce production times and improve injection and cast parts´ quality. Moreover, Polyjet technology offers the possibility to product protoype moulds in hours, so we can make injection final parts in short time.
Practical example
SLM Solutions and Safran produce titanium AM landing gear part for business jet
“SLM Solutions, Lübeck, Germany, and Safran Landing Systems, an aircraft landing and braking systems company headquartered in Vélizy-Villacoublay, France, have collaborated to test SLM Solutions’ Selective Laser Melting Additive Manufacturing technology, otherwise known as Laser Beam Powder Bed Fusion (PBF-LB), to produce a titanium nose landing gear part for a business jet.
Said to be a world-first for a part of this size, the objective of the joint project was to demonstrate the feasibility to produce a main fitting by using the group’s SLM®800 metal AM machine. The component was redesigned for metal AM, which enabled time saving in the whole process, and significant weight reduction of approximately 15% […]”
