THE PRO JECT
The design and production tool of the future. Thanks to its seven different technologies, it features a number of advantages for the development of pieces with a complex geometry, which can be customized and rapidly produced in short runs and for proximity business.
Robotics combine different disciplines, such as mechanics, electronics, computer science, artificial intelligence, control engineering and physics. The latest progress on autonomous robots allow them to operate independently. This allows them to perform logistic and production tasks without human intervention.
In the Internet era, cybersecurity is a must, especially in business and industrial environments. In order to difficult external illegal access and protect both information and data transactions, we count on the Blockchain encryption system, a mathematical structure to store data in such a way that it is nearly impossible to forge.
It is a combination of algorithms designed to generate a response and learning system, similar to that of human beings, so that it can be used in machines or digital systems.
Sensors allow us to capture information about different variables, such as temperature, humidity, pressure, distance and other physical and chemical parameters sent remotely, and then, using connectivity, use them to automate different processes. These are all key elements in the so-called Internet of Things.
All those 4.0 technologies that allow the optimization of production processes and the creation of new materials and products. In general, they are technologies that allow achieving efficient and high-quality processes, making companies more competitive.
SQM PHASE 1
SQM PHASE 2
*Estimated data once the two phases of the project have been completed.
Dow Chemical Ibérica
IAM 3D HUB
The main objective of the DFactory Barcelona
is the creation of an ecosystem to encourage the promotion and development of the European 4.0 industry where there coexist together 3 main actors:
This is an accompaniment service made to develop a funding strategy for R + D + i projects. To do so, it will help identify proper announcements, give advice for the proposal, support the creation of business committees and execute the project itself.
It is made to design optic, photonic and vision systems to generate data and processes adapted to the new paradigm of industry digitalization.
It will include computer systems to develop and deploy software solutions, web design and architecture, algorithms with artificial
It will integrate equipment for electronic design (firmware) and all the necessary software to cover the IOT value chain, starting with the generation of the data, and going all the way on to the valuation of the layer of digital information inside the frame for Industry 5.0.
HERMES | AI CENTER OF EXCELLENCE
Its goal is the integration and overall application of Artificial Intelligence to the industrial sector by means of an open model of innovation that supports the creation of AI-specific hardware and software, and allows us to make progress in our research about Machine Learning, Deep Learning, Neural Networks, Natural Language Recognition, Digital Twin and Pattern Recognition.
3D PRINTING LAB
It is equipped with a wide variety of tools featuring 5 different printing technologies which work with metals, resin and thermoplastics. It includes a materials laboratory to study and develop different photosensitive resin solutions and thermoplastics. It includes a laboratory with post-processing technology and different tools to clean, polish and dye pieces printed in 3D.
This a space to develop, test and validate new robotic capabilities, processes and functionalities based on enabling technologies such as artificial vision, navigation, force control, light operation and sensors. It is equipped with the latest technology offered by the main technological actors in the industrial sector.