… Despite that these multimaterial abilities are potentially … bioprinting process, which naturally
makes more complicated the possibility of multimaterial bioprinting, despite that multimaterial …

… may also be defined in the case of multi-material bioprinting (see below). … multi-material
bioprinting based on multiple bioink inlets and a single outlet. More sophisticated multi-material …

… fabricating multi-material … bioprinting technique was developed by Zhang et al. by fabricating
printable microfluidic channels [70]. In this study, a pneumatic extrusion-assisted bioprinter …

… products can also be improved by precise fabrication of multi-material 3D constructs.
Simultaneous … Multimaterial bioprinting provides the ability to adjust factors such as concentration …

… frame in the bioprinted multimaterial structure. This novel pneumatic-based process of creating
… Extrusion bioprinting is a promising technique to create biomimetic structures to replace …

… As a conclusion, the developed multi-material bioprinting strategy provides great potential
… , this multi-material bioprinting strategy has never been applied in corneal bioprinting. …

… This review paper reports a detailed analysis of its printing process … bioprinting, the regulatory
challenges and presents future directions to transform the VP-based printing technology …

… further improve the capacity of multimaterial VP printing. We recently designed a microfluidic
device to turn a standard DLP bioprinter into a multimaterial DLP bioprinting platform. [ 72 ] …

… a multimaterial extrusion printing, which was capable of printing multiple bioinks in a fast and
continuous manner [10]. This technology … structures using our developed technology. The …

… However, most of the existing multimaterial bioprinting techniques relying on multiple … during
the printing process. Here, we developed a multicomponent bioprinting strategy to produce …