R&D&I Projects

At CIM UPC, we drive R&D&I projects to transfer knowledge and technology to the industry, promoting innovation through digital manufacturing and collaboration with the technological ecosystem.

Healthcare

3DCARTIBONE

The objective of this project is to develop a new methodology for the bio-printing of multi-gradual and implantable osteochondral grafts using a controlled multiple direct ink deposition (DIW) technology within a closed system, optimizing the combination of materials (scaffolds and cells) and biomechanical strength for successful integration…

3DBONE BIOTECH

This research project aims to generate algorithmically designed human bone models suitable for manufacturing using a new 3D printing technology specifically developed with advanced biocompatible substrates. Based on these 3D human biomimetic bone models, the project focuses on designing a new system…

REHAB-LAB

FabLab community for the design and manufacturing of functional adaptations for daily life activities through 3D printing, with the goal of creating personalized functional adaptations through design and manufacturing via 3D printing that facilitate personal autonomy in daily life, independent living, and community participation for individuals…

MOTLLES EMMA

Pathological anatomy uses immunohistochemistry to analyze biopsies and determine treatments, but extensive analyses are costly. Tissue microarrays (TMAs) optimize these analyses, significantly reducing costs, although commercial molds are expensive and not customizable. Therefore, there is a need to develop cost-effective tools…

3DPRINTING SILICONE

3PP

It is based on the development of 3D printing and electrospinning technology to facilitate the study of cancerous cells in breast tumors. The objective of the research is to advance personalized medicine to treat one of the most aggressive cancer variants, triple-negative, by developing a technological platform using 3D printing…

3DSURGHELP

Its general objective is to study the use of virtual and augmented reality and 3D printing for the surgical planning of complex surgeries in pediatric oncology and the creation of surgical simulation models for training. Pediatric surgery faces the complexity of treating rare diseases in children, especially cancer. The lack of exposure to complex cases and the need for planning…

CAR3D

It is a European project to address the needs created by Covid-19. The main objectives of the project are to produce certified and reusable personal protective equipment (PPE) and make it accessible across the entire European territory through a network of suppliers. The CAR3D team works to create benchmark PPEs, from design to the end user, for healthcare materials that meet all the requirements…

ORIGAMI

The main objective of the project is to develop a manufacturing process that combines basic additive manufacturing technologies with post-processing operations. Thus, establishing a process capable of producing valuable products for biomedical applications while simultaneously reducing manufacturing times. The resulting structure is formed by porous systems…

QUIROFAM

The objective of the QuirofAM project is to transform surgical practice by incorporating additive manufacturing at three levels: surgical test models, guides and implants for reconstruction and bioactive implants for tissue regeneration. One of the most interesting benefits of this technology in the biomedical sector is the individualization of treatments…

MATCH

The objective is to offer new designs for orthopedic devices. SMEs (FAME MED, GTS, EXEMPLAR) provide the skills to design new and reliable macroporous glass ceramic coatings for the surface modification of commercial ceramic acetabular cups, leading to the development of a new generation of hip prostheses with improved functionalities…

JAMES BONE

Industrial research project based on the development of personalized implants using additive manufacturing technologies. The main objective of the project is to develop a more robust and cost-effective manufacturing process capable of producing complex prostheses and suitable materials that are resorbable and can be implanted in the human body. The project focuses on meeting the entire range of implants…

EXPERT3D

The objective of the project is to contribute to specialized training in additive manufacturing applied to the biomedical field, by developing teaching materials, preparing sessions on 3D printing processes for medical applications, based on original research and reference scientific sources. Manufacturing of 3D models, producing the final parts designed by the students, using SLS technology…

Metal

SUMMSEED

The SUMMSEED project aims to develop medium manganese steels (MMnS) adapted to industrial casting and remanufacturing processes for 3D printing (DED), offering a more sustainable and cost-effective alternative to traditional steels. These new materials will combine high strength, ductility, and durability, and can be applied both in manufacturing and repair of components, promoting the circular economy…

DWYN

The objective is to achieve the experimental development of a new TIG-WAAM printing technology using two nozzles for printing stainless steel structural parts, which represents a significant and substantial leap compared to the current state of the art, by obtaining a new prototype system that ensures an increase in productivity and a reduction in costs, with the consequent reduction in environmental impact…

SPAR3D

The SPAR3D project investigates additive manufacturing (3D printing) to obtain cost-effective metal spare parts for the automotive industry. It proposes an integrated route that includes additive manufacturing (L-PBF and MEX-HP for steels and aluminum) and subsequent treatments. The objective is to understand metallurgy and microstructure, optimize post-processing to improve mechanical properties (fatigue), and develop techniques for…

DIGITAM

This project aims to integrate a “Digital Twin” with artificial intelligence into the DED-Laser technology from MELTIO to actively control the additive manufacturing process of metal components. The main objective is to optimize manufacturing, especially for the production of molds and dies for the company DPR, increasing their flexibility and competitiveness. To achieve this, the process will be monitored in real time (CIM-UPC)…

Hybrid

FIREBONE

The FIReBone project, focused on personalized medicine, aims to develop the equipment and methods for the manufacturing of Functionalized and Certified Reticular Bone Grafts (IORFH) using Direct Ink Writing (DIW) technology. Additive manufacturing is a promising alternative, with DIW being a method with great potential in the biomedical sector due to its versatility for designing parts…

HIBRI4D

The main objective of the HIBRI4D project focuses on the research and development of Multimaterial Additive Manufacturing (MMAM) technology, for the development of intelligent multimaterial/multifunctional parts and devices with embedded electronics and sensors in a single process; without the need for subsequent machining and post-processing for component hybridization…

TRANSPORT

The objective of the project is to replace metal-based parts with aluminum-plastic-based materials that lighten weight, improve the performance of current components, and reduce the cost of raw materials and the production process, while maintaining the physicochemical properties of the coating (transmission rods, fasteners, dampening shafts, etc.) through the application of AM/3DP technologies…

FENIX

The FENIX project aims to study and develop a set of innovative business models, industrial strategies, and supply chains based on the concept of the “circular lifecycle.” The project will demonstrate how recovered materials can give life to new value-added products through additive manufacturing…

NET3D+

The main objective of the NET3D+ project is the design and development of a hybrid and multimaterial additive printing technology, capable of manufacturing devices with enhanced performance and high added value, using technologies such as Direct Ink Writing (DIW) and Digital Light Processing (DLP). This multidisciplinary project focuses on the use of advanced materials, such as photosensitive resins reinforced with micro and nanoparticles or fibers…

OPTIMAM

The OPTIMAM project will focus on the reuse of electrolytes that have reached the end of their useful life. Instead of discarding these electrolytes, their revaluation will be pursued through the creation of a new material with advanced acoustic properties. This material will be used to manufacture metaporous surfaces (MpS) with the potential to significantly enhance acoustic properties in various applications…

Concrete

SENSOCRETE 3D

The project focuses on the development of an innovative 3D printing system (3DPS) that combines an advanced print head with a new sensorized structural orientation cement material. This 3DPS is designed for the manufacturing of a wide variety of components for construction and urban furniture. The system is expected to increase productivity compared to traditional methods…

GOLIATH

The GOLIATH project aims to create and demonstrate a practical methodology for the use of additive manufacturing in the construction sector with a clear objective: to reduce the amount of material used in structural prefabricates in order to decrease the environmental impact resulting from the excessive use of cement in modern society…

HINDCON

The HINDCON project aims to adapt manufacturing technologies to the construction sector, advance towards industrialization, and overcome approach limitations to introduce additive and subtractive manufacturing into construction activities. The project aims to solve some major issues in the sector, such as the lack of flexibility in manufacturing processes…

3DCONS

3DCONS is based on the introduction of 3D printing technologies into the construction industry, new buildings, rehabilitation, and heritage restoration. It focuses on the development of new construction processes and materials that integrate 3D printing systems. The 3DCONS project tackles major technological challenges for the construction sector, such as: new types of “printable” materials…

PRINT & BUILD

Its main objective is to design and build a prototype machine capable of materializing buildings using large-scale additive manufacturing technology. This project seeks to introduce rapid prototyping techniques (additive manufacturing) into the construction sector for the production of 3D housing. Despite the interest and previous studies on the application of 3D printing in construction…

BIMzeED

BIMzeED is a European project aimed at improving the training of professionals in the construction sector in digital technologies (BIM) and nearly zero-energy buildings (nZEB). Through the development of innovative training modules, it aims to promote technical and digital skills to adapt the sector to new environmental and technological challenges. Although the project is based on previous experiences…

Magnetic

PERMANET

PERMANET is a sustainable innovation and supply network for REEs that covers the full value chain of rare earth element (REE) permanent magnets (PM). The network accelerates cutting-edge innovations, from the extraction of REE (Rare Earth Elements) from mining waste and hydrometallurgical processes to the reduction of oxides and innovative production processes, as well as the production of innovative PMs (powder materials) and their testing by end-users…

AMMFA

The goal is to produce magnetic magnets for additive manufacturing, high-value-added components. Based on previous knowledge, existing manufacturing equipment will be modified by adding permanent magnets to generate an external magnetic field. To create a permanent magnet, the magnetic particles must be aligned in the same direction. This will be achieved through a magnetization process that will take place…

RAPTOR

The RAPTOR project, which incorporates a circular business model, represents a pioneering step in sustainable development and the digital transformation of manufacturing. This initiative focuses on the commercialization of efficient and scalable production technologies with an initial emphasis on circularity. RAPTOR introduces innovative techniques through the integration of electromagnets and scanning systems…

MAGNECO

The objective of the project is to develop a comprehensive and sustainable approach for the manufacturing of permanent magnets from magnets that have reached the end of their useful life. This process includes the use of recovered and refurbished raw materials, as well as the incorporation of more environmentally efficient designs. Additionally, the project aims to validate the technical and economic feasibility of this approach…

Industry 4.0

FILAMIN

The cylindrical rolling process (“flow forming”) of tubes is an incremental deformation process that requires high precision in tolerances and finishes. Currently, there is limited knowledge about the interaction between the elastic deformation of the tooling and the elastoplastic deformation of the part, which leads to defects such as scales and folds, as well as inaccuracies in final diameters and thicknesses…

SARA

This project aims to build a new industrial ecosystem capable of capturing and organizing the dispersed collective knowledge in the industry, structuring it according to manufacturing characteristics to apply generative artificial intelligence. The objective is twofold: first, to increase the autonomy of production systems; second, to provide intelligent assistance to individuals in making crucial decisions…

LOOMING FACTORY

The Smart Factory project focuses on improving the operation and efficiency of machinery and industrial processes through modeling, optimization, energy efficiency improvement, and the implementation of fault diagnosis/prognosis and predictive maintenance. The goal is to generate high-value information from the operational state of machines and systems to apply artificial intelligence and models…

NOW&NEXT

Drive the technological transformation of companies located in industrial parks across the region. Lot 3. Technological mediation service and ideation of collaborative technological projects…

MANUTELLIGENCE

The ManuTelligence project aims to develop a collaborative and secure platform for the design and manufacturing of products and services, which will integrate product lifecycle management (PLM) and service lifecycle management (SLM) across all stages. This platform will facilitate access to data from both enterprise ICT systems (such as CAD, PLM, MES) and IoT devices, through intuitive 3D environments…