Beyond Bioprinting
The 3D bioprinting sector has failed to deliver on its expectations of providing solutions within the regenerative medicine industry. Beyond many publications from this sector, we have none to very …
The 3D bioprinting sector has failed to deliver on its expectations of providing solutions within the regenerative medicine industry. Beyond many publications from this sector, we have none to very …
We discuss the potential of nanocellulose in the context of printed electronics, wearable sensors, and a specific showcase: the biodegradable wearable ECG patch. The utilization of nanocellulose as a sustainable …
Over the past several years, the field of 3D Bioprinting has increasingly garnered the interest of both academia and the corporate world. As a result, the number of publications and …
Protein-based hydrogels have great potential to be used as bioinks for biofabrication-driven tissue regeneration strategies due to their innate bioactivity. Nevertheless, they are currently restricted in terms of processability by …
The application of extrinsic fields opens exciting new perspectives to organise cells, materials and biochemical factors for morphogenesis and morphologically relevant tissue generation in a time-effective, user-friendly and contact-free manner. …
The development of iron as biodegradable material for bone implants has advanced significantly in the recent years. To guide bone tissue regeneration, bone implants should (i) precisely match the structure …
During the past decade, using soft materials to build robots has gained significant traction in the scientific domain. In contrast to more traditional ‘rigid’ robots operating in settings where precision …
Puredyne represents printheads that combine the proven ViscoTec dispensing technology with single-use cartridges. Thanks to the endless piston principle, Puredyne enables volumetric dispensing – regardless of viscosities – and is …
Lake3D B.V. is an innovative high-tech startup that specializes in voxel-based multi-material jetting. Unlike other additive manufacturing technologies voxel-based multi-material jetting makes it possible to combine materials and print high …
Additive Manufacturing, or 3D printing in lay terms, is a rapidly expanding technique for processing biomaterials with immense potential in (bio)medical applications such as tissue engineering and regenerative medicine. However, …