Volumetric Bioprinting at NTU powered by Readily3D
Readily3D is a company pioneering volumetric bioprinting technology to create complex biological structures rapidly and without layers. Unlike traditional layer-by-layer printing, it solidifies photosensitive bio-resins using light projections from multiple angles, forming entire 3D shapes in seconds. This makes it ideal for applications like tissue engineering, organoids, and customized cell scaffolds.
Join us for an exciting and informative seminar and workshop hosted by the Singapore Centre for 3D Printing in collaboration with Readily3D. Kindly ensure that you complete the registration for the seminar and participation in the workshop is optional and subject to availability.
Agenda:
Seminar - 30 Oct (Thur), 10.00 am - 11.00 am
Venue: Nanyang Technological University (NTU), Academic Building North (ABN), Seminar Room 1-1, 61 Nanyang Dr, Singapore 637335
Demonstration Workshop: 31 Oct (Fri), 2.00 pm - 5.00 pm
Venue: Nanyang Technological University (NTU), The Arc - Learning Hub North (LHN), B4-04, 63 Nanyang Dr, Singapore 636922
About the Speaker - Dr. Jorge Madrid-Wolff, Application Scientist
Jorge pioneered various developments of volumetric additive manufacturing during his PhD studies at EPFL (Switzerland), including printing in scattering media and large-scale volumetric 3D printing. At Readily3D, he designs bespoke tools and protocols their our customers, with the aim of expanding the range of applications enabled by their unique technology.
About Readily3D
They developed Tomolite and Apparite to make research in biosciences quicker and more efficient. Founded in 2020, Readily3D originates from a research work started in 2017 at Ecole Polytechnique Fédérale de Lausanne. Existing bioprinting technologies are slow, compromising cell viability. They also have a poor ability to produce complex anatomical structures, such as vasculatures or ducts. To overcome these limitations, we created the Tomolite: a unique bioprinter, allowing biologists to print an entire cell-laden volume at once, in less than a minute and without impairing cell viability.