• 0824 305520/44
  • cnos@cerict.it


The prototyping laboratory aims to design and develop parts, packaging and various components, implemented with the most modern manufacturing and production process control technologies. The facility allows a complete production process ranging from design to component finishing, up to dimensional verification and comparison with the initial design requirements. The main equipment supplied allows to work both in additive technology and in material removal and consist of:
– 3D printer with FDM technology
– SLS technology 3D printer
– 4-axis CNC machine tool
– 8-axis scanning arm with laser head
– Circular vibrator for smoothing and polishing
The 3D printers guarantee extremely high precision and versatility in the prototyping processes of components based on polymeric materials, while the CNC machine allows the processing of both polymeric and metallic materials with precision down to a few microns. Finally, the scanning arm guarantees dimensional control with micrometric precision, and at the same time allows the implementation of reverse engineering processes on components of even considerable dimensions with extreme details.
Modern 3D printer printing figure close-up macro


CAM2® 8-Axis Quantum Arm is a complete metrology solution, with and without contact, which allows operators to significantly speed up and simplify measurement and scanning operations. It is the ideal tool for inspection and quality control, and is the perfect solution for comparison with CAD data, rapid prototyping, reverse engineering and 3D modeling of free-form surfaces. The scanning probe uses blue laser technology, which has a shorter wavelength than red or green lasers and provides better scanning results with higher fidelity. This means that even the finest details can be captured, as well as the ability to scan dark and shiny surfaces is significantly improved.

  • Accuracy: ± 25 μm
  • Repeatability: 25 μm
  • Points per line: 4000
  • Resolution (dot spacing): 20 μm
  • Acquisition speed: up to 1.2 million points per second

The Roboze ONE +400 extreme is a 3D printer based on the FDM (Fused Deposition Modeling) printing technique, in which the prototype is generated by melting and extruding a polymeric material that is in the form of a filament and that a printing nozzle deposits layer by layer in the print area.


Roboze One + 400 Xtreme processes a large variety of engineering polymers and super polymers. From aesthetic materials such as ULTRA-PLA and ABS, passing through flexible materials such as FLEX-TPU, up to super polymers such as PEEK and Carbon PEEK. Thanks to the extreme versatility and performance of super polymers, functional prototypes can be created for extremely different applications, accelerating the development and testing phase, reducing time and costs.
Other usable materials include: CARBON PA, CARBON PP, GLASS PA, PP, NYLON. Dimensions and temperature of the printing bed: The Roboze One Xtreme printing bed, with a volume of 300 x 250 x 200 mm (xyz), reaches temperatures up to 150 °C (302 °F) which, together with vacuum technology, guarantees stability and perfect adhesion of the printed components throughout the process.

  • Accuracy: 15 μm
  • Extruder Temperature: up to 500 ° C (932 ° F)
  • Print layer resolution: 0.20 mm with 0.4 mm nozzle diameter
  • Printing speed: 4000 mm / min

The EOS P396 is an industrial 3D printer, manufactured by the German company EOS, based on laser sintering printing technology (SLS), which is a 3D printing technique that uses a fiber laser to melt the raw material that is presented in the form of dust. Layer by layer 3D objects with excellent mechanical properties and high dimensional accuracy are built. The system is open, and allows you to fine-tune printing processes for different polymeric-based materials always reduced to powder.

Materials: the EOS P396 printer allows a wide choice of polyamide-based materials, i.e.: PA 1101, PA 1102 black, PA 2200, PA 2201, PA 2210 FR, PrimePart FR (PA 2241 FR), PA 3200 GF, Alumide, EOS TPU 1301, PP 1101, PrimeCast 101, ALM FR-106, ALM HP 11-30, ALM PA 640 GSL

  • Buinding volume: 340 x 340 x 600 mm
  • Layer thickness (depending on material): da 60 a 180 µm
  • Building rate: fino a 48 mm/h
  • Scan speed during build process: up to 6 m/s