3D printing is in an implementation phase in the industry internationally, detecting unexpected problems and challenges in all sectors, including construction. One of the biggest challenges faced is the...

Additive manufacturing in polymers is a process for obtaining parts on the rise, due to its ability to transform raw material into serial or custom parts with many applications in various sectors. When studying to change a...

This project proposes to investigate with a scope and objectives where the integration of three enabling technologies of the Industry 4.0 concept is required: additive manufacturing technology, parts inspection systems and artificial intelligence systems. According to ...

This project is part of an action coordinated by REDIT in which several technological institutes of the network participate. Within the framework of this initiative, in addition to participating in different joint dissemination actions, AIDIMME has developed 2 specific actions,...

Study and development of a high protection additive manufacturing process based on multi laser direct wire deposition (LWMD) for the processing of highly reactive materials. Application to implants in Ti64-ELI

The project pursues the increase of excellence in advanced additive manufacturing, to improve networking and reduce technological deficiencies, significantly reinforcing the excellence and innovation capacity of research in this field...

OScaR enables full repair and processing of large, complex metal parts for high quality applications, implementing an advanced repair system seamlessly integrated with PRIMA machines. The solution will combine an integrated measurement system and a toolpath generation platform to achieve the...

Contribute to increasing excellence in advanced additive manufacturing, to improve networking and reduce technological deficiencies, significantly reinforcing the excellence and innovative capacity of research in this field by improving ...

The project proposes the development of a demonstrator pilot in which the interoperability between two physically relocated production centers connected by a digital network is shown.

AIDIMME, together with CEIT, FADA-CATEC and LORTEK have been distinguished with the accreditation “Cervera Center of Excellence” in Additive Manufacturing technology. CEFAM is one of the 7 projects funded by the CDTI Red Cervera 2019 in the resolution ...

The PROTECTOR project focuses on improving the hybrid LMD-CNC manufacturing process to be able to process metals with greater protection against oxidation. For this, it is intended to design and install a protection system for the manufacturing area to...

At present, additive manufacturing is undergoing a very rapid evolution, this implies improvement in terms of productivity, repeatability, mechanical performance and dimensional precision. Powder bed based metal additive manufacturing machines have evolved in recent ...

The use of additive manufacturing technologies allows companies to have great advantages in their design and product development processes, obtaining products with high added value. The main objective of the project is to promote the use of ...

The new additive manufacturing technologies incorporated in AIDIMME offer real possibilities of being used by companies for the manufacture of final products as an alternative to injection or machining processes, in this direction there are several barriers that ...

The main objective of the project is to determine the method or process that must be used to eliminate or mitigate the deformation that occurs in additive manufacturing processes considering the five variables that influence the process such as ...

Different beam shaping technologies appeared in recent years to enable tailor energy delivery using a tailored spacial and temporal power distribution in laser beam. This makes possible to solve relevant metallurgical problems such as hot cracking in laser beam welding (LBW) ...

Main goal of the INEX-ADAM project is to reduce networking gaps and deficiencies among UNIZAG FSB and leading international EU institutions, by significantly strengthening the excellence and innovative capacity for research in the field of Additive Manufacturing (AM) within the Center ...

NANONTUN3D will take advantage of the possibilities of Additive Manufacturing (AM) together with the development of a tailored Ti- based nano-aditived material to achieve dramatic improvements in the structural parts of aero, space, mobility, and equipment sectors, reaching expected savings between ...