To realise a mechatronic prototype means non only being able to build the mechancis and electronic components of it, and developing the software and firmware that can allow its interaction. It also means being able to test and verify its functioning.
We have a wide range of latest technology machines available, from 3d metal printers to laser cutting. We own one of the few examples of hybrid machines in the world, with which it is possible to print and mill at the same time. We are able to acquire surfaces through 3D scanners, by performing reverse enginering of any model.
We can print in 3D stainless steel, titanium, aluminum and Inconel. Or we can cut laser thicknesses up to 25mm of steel. All this allows us to create a vast range of products, with innovative processes if not unique.
Metallic and polymer SLM technologyConcept Laser Mlab cusing
5 axis milling with Direct Laser DepositionDMG Mori Lasertec 65 3D
Precision CNC turning and millingDMG Mori CTX Alpha 500
Climatic chamber and shakersAngelantoni ACS 1200
Deep Neural NetworksNvidia DGX-1
Semi automatic line productionKeysight N9000B CXA Signal Analyzer
More than 10 machines online
Thanks to the two metal 3d printers available to ProM Facility, we are able to produce mechanical components up to 250x250x300 mm of volume, in stainless steel, aluminum, titanium and Inconel.
Layer after layer the manufacture additive allows the realization of components with geometries that are impossible to produce through traditional processes.
The hybrid manufacture represents the union of traditional and additive manufacturing. With DMG Mori Lasertec 65 3D we are able to bring material to the part being processed, and then to mill the piece to bring it to the required dimensions.
The two scanners Creaform Metrascan and Creaform Go! Scan allow us to acquire real models up to 16 cubic meters of volume , with an accuracy up to 0.064 mm . With this equipment it is possible to reverse engineer existing components, and then to have the corresponding 3D model available.
We produce, in small and medium scale, mechanic components with a wide variety of materials - from polimers to aluminium and titanium alloys - and through different manufacturing technologies - from conventional technologies to addivite and hybrid manufacturing. We produce small series of electronic cards with customized geometries.prototypes.promfacility.eu
We execute functional testings, of resistence and dynamic behaviour of metal components. We also operate electromagnetic compatibility tests of electronic cards' circuits.Climatic chamber Angelantoni ACS 1200
We exectute geometric and dimensional testing over mechanic components - from big scale components to superficial sub-micrometric characteristics - and reverse engineering of existing components.
Firmware and control software prototyiping; real-time testing via software-in-the-loop and hardware-in-the-loop techniques; IT security testing, Artificial Intelligence, industrial Deep Learning; Industry 4.0 solutions development.DNN Nvidia DGX-1