Industrial design
The group of research interdisciplinary at design Industrial collaborates with industry, universities, technology and medical centers on research projects that advance the state of the art in various fields:
design for Additive Manufacturing with functional materials including topological optimization of the geometry, printing process parameters to optimize the final functionality of the material itself, etc.
development of new intelligent methodologies focused on solving problems related to the industrial design centered on Username.
design and development of Biomedical Devices
The group of design Industrial is actively collaborating with the laboratory Biomedical Engineering of the School of Medicine of UNAV.
The partnership in these topics can be carried out either in the scope of research projects of public calls at regional, national or European level, or through bilateral collaborations with the partner institution. Depending on the project, the temporary framework and the funding available, this partnership can benefit from the attendance of the students of Degree/Master's Degree or of students of doctorate of the University of Navarra. In this way, the students will acquire real experience with the tools, equipment and software used in the design from the visualization of the communication of the concepts of design and CAD to Additive Manufacturing and also bring engineering solutions to the healthcare environment through a close partnership between the different Departments of the School of Medicine, the Clínica Universidad de Navarra and the Tecnun School of Engineering.
Members of the group
María de la Paz Morer Camo
Chair
(Coordinator)
+34 943 219877 Extension: 842410
View CV "View CV of María de la Paz Morer Camo".
Aitor Cazón Martín
Associate Professor
+34 943 219877 Extension: 842378
View CV "View Aitor Cazón Martín's CV".
María Isabel Rodríguez Ferradas
Professor Contratada Doctora
+34 943 219877 Extension: 842497
View CV "View CV of María Isabel Rodríguez Ferradas".
Facilities and equipment
CAD room:
Hardware specifications:
- 16 GBytes RAM.
- Nvidia Quadro P620 (2 GBytes).
- 27" displays (1440p).
Available software:
- PTC Creo Parametric 7.0 with module REX (Reverse Engineering) and Windchill.
- SolidWorks 2020.
- SolidEdge 2020.
- Rhinoceros 6.0.
- AutoCAD 2020.
- Sketch Book Pro 2020.
- Keyshot 9.
Laboratory:
It has 15 workbenches of 2000 x 1000 mm and 7 tool carts for developing prototypes.
Digitising devices and software for Reverse Engineering:
SENSE 3D scanner from D Systems:
- Structured light technology
- Spatial resolution of 0.9 mm at 0.5 m.
HandySCAN 300 scanner from Creaform3D:
- Laser technology capable of 200000 samples per second.
- Resolution of 0.1 mm and precision up to 0.04 mm.
Additive Manufacturing:
STRATASYS OBJET 260 Connex 3:
- Based on PolyJet photopolymer-jetting technology
- Featuring 16-micron super-thin layers.
- Multi material printing capabilities.
- Volume: 256 x 252 x 200 mm.
Stratasys F170:
Based on FDM technology with 254-micron layers
Materials: ABS, ASA, PLA and elastomers
Volume: 254 x 254 x 254 mm.
Flying Tumaker NX:
Nine extrusion printers with interchangeable nozzles.
Capable of working with heay reels (8kg).
Volume: 200 x 200 x 200 mm.
Laser cutting
EPILOG HELIX24:
- CO2 laser with 40 W.
- Build chamber: 610 mm x 457 mm.
- Max. resolution: 1200 dpi.
Vacuum casting: MCP 4/01 PLC
Vacuum Casting Machine for short product pre-series using silicone moulds and polyurethane resins.
- External dimensions: 900 x 595 x 1175 mm
- Vacuum level: 0.5 mbar
- Casting capacity: 1 l
- Max. size for the mould: 450 x 425 x 530 mm
- Ovens for storage and curing:
- VGO 115S
- VGO 200S
Interactive pen displays
WACOM CINTIQ 21 UX and 22 HD
WACOM INTUOS 4 and 5.