3D printing
A 3D printer is a machine used to produce physical 3D representations of computer-generated models, using a technique called additive manufacturing.
These are the services that our research groups can develop. For customized information on the services, please contact us.
| Areas of service | Applications of the service | Scientific infrastructure |
| Preparation of catalytic structures | Preparation of catalytic structures by 3D structures | |
| Preparation of aluminium alloys by 3D printing in molten or semi-molten state | Semi-solid state. FDM or FFF. Obtaining forms of aluminium alloys for additive manufacturing (3D printing) | CDAL laboratories |
| FDM systems - Fused deposition modelling | Sant Cugat model workshop | |
| FFF systems - Fused filament fabrication | Custom 3D printing of plastic parts using fused filament fabrication (FFF) | HVOF thermal projection pilot plant (CDAL) |
| 3D printing for FFD and pellet extrusion | HVOF thermal projection pilot plant (CDAL) | |
| Roughness of pieces | Dimensional verification of form errors and the surface roughness of parts. | LCEM |
| Machining | Obtaining parts by filing removal | LCEM |
| Construction of digital models that are suitable for 3D printing | VIMAC | |
| 3D concrete printing | Printing of concrete items with large-format 3D printers | Laboratory of Materials and Structures (CATMECH) |
| Additive manufacturing | Advice on the adoption of additive manufacturing. Training in Additive Manufacturing Design. Integration of inhouse technologies. Manufacture of prototypes, tools and tools with professional range FDM, SLS and SLA technologies. | CIM additive manufacturing laboratory, 3D printing laboratory |
| Substractive manufacturing - CNC | Manufacture of single piece, prototypes, test benches, preseries, tools or test tubes for testing materials. Materials: aluminum, steel, stainless steel, titanium, brass, technical plastics, etc. | CIM substractive manufacturing laboratory |
| 3D printing with DLP technologies and thermostable resins | Printing, new material development | ETSEIB Thermodinamic laboratory |
Advanced materials, 3d printing, hot metal forming, severe plastic deformation, high temperature testing, additive manufacturing, 3D metal printing, incremental deformation processes, lots of metal powders, numerical simulation of metal forming process , 3D Print, FDM, multimaterial, additive manufacturing, Machining, milling, turning, grinding, burnishing. Metrology, dimensional verification, shape errors, roughness, melt deposition modeling, molten filament fabrication, FFF, stereolithography, SL, digital survey, heritage, 3d model, gis, laser scanner, scan to bim, architecture, urbanism, building, urban spaces, concrete, 3D printing aluminum, cast or semi-cast aluminum, SLS, SLM, metal alloys for 3D printing, thermal projection coatings, welding, FDM, SLA, 3D printing, additive manufacturing, 3D systems, Ricoh, BCN3D, PA12, PP, PETG, ABS, DEFAM. Automotive, aeronautics, capital goods, product, industrialization, adoption, CNC, EDM, machining, wire, CAM, CAD, SolidWorks, test tube, testing, traction, tooling, mechanics, manufacturing, DLP 3D printing, photopolymerization, thermosets, dual systems, vitrimers
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