Bioprinting

Fibroblasts thrive in new bioinks

Advanced Materials study: optimized bioink formulation sustains >90% fibroblast viability and proliferation in cell-laden constructs, validated at Charite University Hospital Berlin.

Published

Bioxolography: rapid, scalable, high-resolution fabrication

New Advanced Materials study: bioxolography prints interconnected, perfusable channels down to 125 micrometers, including MRI-derived coronary artery architectures, confirmed via microbead flow.

From the lab

Xube2, hands-on: from cuvette to cell-laden construct

A reproducible workflow, step by step: how our team runs a hydrogel print end to end on the volumetric bioprinter.