Finding synergies in bioprinting to create the future of medicine

Leverage CELLINK’s extensive portfolio of world-class light- and extrusion-based bioprinters and take your research to new frontiers.

Learn more about available offers, with up to 50% off

Learn more about available offers, with up to 50% off

Leverage CELLINK’s extensive portfolio of world-class light- and extrusion-based bioprinters and take your research to new frontiers.

Extrusion-based bioprinting

The pioneer of modern bioprinting

As in computer numerical control (CNC) manufacturing, slices of 3D models in the form of G-code files are used in extrusion bioprinting to guide the precise dispensing of biocompatible materials layer by layer. Our award-winning extrusion-based bioprinters are designed with versatility in mind, giving researchers the freedom to incorporate a wider range of biomaterials and opening the door for more relevant tissue engineering.

Light-based bioprinting

Bringing microscale resolution to your benchtop

Adapted from stereolithography (SLA) processes, light-based bioprinting produces constructs by initiating chemical reactions that solidify, or cure, bioinks whole layers at a time for much faster processing as well as unmatched precision. Since the bioinks are cured only where they have been illuminated with small points of light numbering in the millions, a light-based bioprinter is able to recreate more intricate details at microscale resolutions

By leveraging complementary modalities, like the multimaterial capabilities of extrusion-based bioprinters with the high resolution of light-based bioprinters, researchers can create more physiologically relevant organ models with intricate vasculatures for preclinical research and making on-demand personalized medicine a reality.