COLFEED4Print is participating in the Workshop on Additive Manufacturing Applications and Innovations organized by the Portuguese Society of Materials aiming to share knowledge on AM to educate and cross-pollinate ideas to feed the industrial implementation of AM in the ceramics sector. It is well known...

Colfeed4Print is a company founded as a technological spin-off of the Colloidal Processing group of the Spanish National Research Council (CSIC). As a company born in the CSIC, we intend to conserve our collaboration with our scientific colleague in order to grow in excellence transferring...

Our co-founders Begoña Ferrari and A. Javier-Sanchez have visited the Escola d’Art i Superior de Ceràmica de Manises (EASC) (College of Ceramic Studies of Manises) to start a synergic colaboration with Prof. Jorge Sanz making 3D printings with our FILAMENT-Tile product to for decoration purposes....

Last week our co-founder A. Javier Sanchez-Herencia presented the Colfeed4Print experience in the CaTaPull Madrid, the new acceleration program for science-technology-based start-ups of the Fundación Parque Científico de Madrid (FPCM). The "Parque Científico de Madrid" Madrid Science Park is a non-profit foundation created in 2001 by the Autonomous University of...

  Our proposal about processing of Photo and Electroactive materials embedded in a thermoplastic matrix by 3D printing to manufacture of customized membranes has passed the first round of the REPSOL tenth call for proposals for its Entrepreneurs Fund, an accelerator program that supports startups that...

COLFEED4Print has a vocation for green business. We arise by applying sustainability policies in production, parameterizing the FILAMENT-Oss product manufacturing line, from raw material to packaging, in line with Industry 4.0. COLFEED4Print explores opportunities for carbonless, differentiated digital manufacturing technology in technology markets. COLFEED4Print offers a...

  Composite materials show differential characteristics, since dispersed phases improve properties of the polymeric matrix and/or provide it with new functionalities, while the continuous phase provides versatility, increases the processing possibilities and supports to inorganic materials. Some examples are improvement of mechanical properties of carbon-fiber-reinforced polymers,...

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