Cellex joins the Bio4Dreams Ecosystem

17 October 2024
  • Memberships
  • /

    Specialized in developing innovative bioreactors for tissue engineering, the innovative SME joins the Bio4Dreams ecosystem.

    Cellex has recently signed a membership agreement with Bio4Dreams, gaining access to the services dedicated to ecosystem members.

    Founded in Rome, the innovative SME develops advanced bioreactors for cell culture, with a specific focus on tissue engineering, a technology aimed at regenerating or replacing damaged tissues and organs.

    Their flagship device, BioAxFlow, ensures full automation of the regeneration process, including the seeding phase, allowing for uniform cell distribution on scaffolds that emulate the extracellular matrix. Additionally, BioAxFlow’s fluid management system enables the use of scaffolds with complex geometries, promoting 3D cultures.

    Cellex aims to improve biomedical and pharmaceutical research processes, contributing to a more ethical and sustainable future.

    🪪 Discover other memberships in our network.

    Cellex joins the Bio4Dreams Ecosystem

    17 October 2024
  • Memberships
  • /

    Specialized in developing innovative bioreactors for tissue engineering, the innovative SME joins the Bio4Dreams ecosystem.

    Cellex has recently signed a membership agreement with Bio4Dreams, gaining access to the services dedicated to ecosystem members.

    Founded in Rome, the innovative SME develops advanced bioreactors for cell culture, with a specific focus on tissue engineering, a technology aimed at regenerating or replacing damaged tissues and organs.

    Their flagship device, BioAxFlow, ensures full automation of the regeneration process, including the seeding phase, allowing for uniform cell distribution on scaffolds that emulate the extracellular matrix. Additionally, BioAxFlow’s fluid management system enables the use of scaffolds with complex geometries, promoting 3D cultures.

    Cellex aims to improve biomedical and pharmaceutical research processes, contributing to a more ethical and sustainable future.

    🪪 Discover other memberships in our network.

    Cellex joins the Bio4Dreams Ecosystem

    17 October 2024
  • Memberships
  • /

    Specialized in developing innovative bioreactors for tissue engineering, the innovative SME joins the Bio4Dreams ecosystem.

    Cellex has recently signed a membership agreement with Bio4Dreams, gaining access to the services dedicated to ecosystem members.

    Founded in Rome, the innovative SME develops advanced bioreactors for cell culture, with a specific focus on tissue engineering, a technology aimed at regenerating or replacing damaged tissues and organs.

    Their flagship device, BioAxFlow, ensures full automation of the regeneration process, including the seeding phase, allowing for uniform cell distribution on scaffolds that emulate the extracellular matrix. Additionally, BioAxFlow’s fluid management system enables the use of scaffolds with complex geometries, promoting 3D cultures.

    Cellex aims to improve biomedical and pharmaceutical research processes, contributing to a more ethical and sustainable future.

    🪪 Discover other memberships in our network.

    Cellex joins the Bio4Dreams Ecosystem

    17 October 2024
  • Memberships
  • /

    Specialized in developing innovative bioreactors for tissue engineering, the innovative SME joins the Bio4Dreams ecosystem.

    Cellex has recently signed a membership agreement with Bio4Dreams, gaining access to the services dedicated to ecosystem members.

    Founded in Rome, the innovative SME develops advanced bioreactors for cell culture, with a specific focus on tissue engineering, a technology aimed at regenerating or replacing damaged tissues and organs.

    Their flagship device, BioAxFlow, ensures full automation of the regeneration process, including the seeding phase, allowing for uniform cell distribution on scaffolds that emulate the extracellular matrix. Additionally, BioAxFlow’s fluid management system enables the use of scaffolds with complex geometries, promoting 3D cultures.

    Cellex aims to improve biomedical and pharmaceutical research processes, contributing to a more ethical and sustainable future.

    🪪 Discover other memberships in our network.