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Nanoscribe and CELLINK unveil together a new 3D bioprinter, the Quantum X bio
Nanoscribe and CELLINK, two BICO companies, today jointly unveiled the Quantum X bio, a 3D bioprinter that is designed for tissue engineering, cell biology and for the microfabrication of biomedical applications.
The Quantum X bio is...
CELLINK adds high-precision additive manufacturing to its portfolio through acquisition of Nanoscribe
CELLINK has acquired Nanoscribe, expert in high-precision additive manufacturing. The acquisition follows MatTek’s acquisition by CELLINK.
CELLINK was founded in 2016 for commercializing the world’s first universal bioink. The publicly listed company has consistently expanded...
CELLINK: One step closer to reduce the use of animals in research with 3D Human Tissues from MatTek
Known for its participation in European projects such as the TRIANKLE, Cellink is a Sweden-based company that develops and commercializes bioprinting technologies. The company’s solutions enable researchers to 3D print organs and tissue for...
MedTech startup Carcinotech secures $5.3m to boost 3D printed micro-tumor technology
Building on traction in UK and Europe, Carcinotech plans expansion in the US
In the list of all vertical industries adopting AM technologies, our recap of the year 2023 revealed that the medical and healthcare...
BICO adds new light-based 3D bioprinting technology to its portfolio through the acquisition of Allegro 3D
BICO Bioprinting just strengthens its position on the bioprinting market by acquiring all the shares in San Diego-based Allegro 3D Inc. (“Allegro 3D”) for an up-front enterprise value of USD 6 million. The company already has...
Nanoscribe launches new high-precision 3D printer for auto-aligned printing on fibers and chips
Nanoscribe, a BICO company, launches a new high-precision 3D printer intended for auto-aligned printing on fibers and chips. Named Quantum X align, the new 3D printer features capabilities that enable the printing of freeform micro-optical elements...
3D Printed custom cartilage could help patch up nose damaged by skin cancer
Once damaged, cartilage does not usually regrow and is difficult to replace living the patient “a bit disabled” after a disease or an injury. The specific case of skin cancer often affects the patient’s...
The TRIANKLE Project: 12 organizations including FC Barcelona, TU/e and Leitat to develop 3D bioprinted implants for the ankle joint
The project aims to fill the critical gap created by the lack of effective treatments currently available for Tendinopathies and osteoarthritis.
The TRIANKLE consortium – made up of 12 European organisations, will develop 3D bioprinted...
3D Printing Materials used in the medical sector
As expected, the idea of starting to print implants and custom surgical tools soon emerged. The two questions that arise are: how advanced is this technology today, and how far could we go with...