Case studies
Problem solutions for the bioprinting sectorPrecise Flow Control for Challenging Hydrogel Applications
Puredyne® printhead helps researchers improve reproducibility and shape fidelity in extrusion-based bioprinting Extrusion-based 3D bioprinting has become an important tool for regenerative medicine and tissue engineering, enabling the fabrication of complex three-dimensional structures for biomedical research. However, processing advanced biomaterials often presents significant challenges,...
Automation in Bioprinting: Advancing Precision and Efficiency
Biomaterials in Application – One Technology, Endless Possibilities! Bioprinting, also also referred to as biofabrication, has rapidly evolved into a transformative technology that unites additive manufacturing with biological materials. The core principle involves the layer-by-layer deposition of bioinks to construct precisely organized tissue structures. These bioinks typically consist of...
Printing the refined way
Successful tests at the print head: Dispensing needles support the reproducibility of viscous biomaterialsWhen 3D printing organic substances, so-called bioprinting, one thing must not happen: The cells in the substances to be printed must not get damaged. Print heads from Puredyne already achieve this today through demonstrably high-precision and low-shear dispensing. Nevertheless, the printing...