Tomasz Jüngst

The paper introduces a modular 3D printing approach to create large-scale, perfusable vascular models with reduced material use and improved functionality.

This paper introduces optical fiber-assisted bioprinting (OFAB) for printing cell-laden and turbid hydrogel resins, showing high cytocompatibility and improved spatial polymerization control.

This paper introduces a 3D printed mixing printhead for extrusion-based bioprinting that enables controlled material and stiffness gradients with high cell viability.

This paper introduces Optical Fiber-Assisted Printing (OFAP), a new 3D printing technique that enables precise patterning and freeform fabrication using photopolymer resins.