News

lding on the bioassembly revolution, Advanced Solutions announces the latest bioprinter in the BioAssemblyBot® technology platform.

Advanced Solutions Life Sciences is excited to launch a new Podcast Series on 3D Biology!

Do you love 3D bioprinting and tissue fabrication? Do you accept new challenges head-on and with enthusiasm?

The BioAssemblyBot® technology platform can automatically switch between different tools or print heads as required for different tasks.

Advanced Solutions announced partnerships with the leading medical and research technology solution providers in Qatar and the UAE.

3D bioprinting vasculatures is perhaps the holy grail of the next industrial revolution in healthcare.

Review the different considerations required for developing facilities centered around 3D bioprinting technologies.

BioAssemblyBot® 200, or BAB200 as we call her, is an all-in-one platform that takes you from the idea stage quickly to execution.

3D structures made of collagen using mold design and fabrication

The Integrated biofabrication platform that is TSIM® and the BioAssemblyBot® 400 enables the intuitive fabrication of microfluidic systems.

Dr. Vahid Serpooshan, at Emory/Georgia Tech University, recently published work on the biofabrication of bacteriostatic bone constructs.

View the published paper here: https://slas-discovery.org/article/S2472-5552(22)13680-4/fulltext In vitro models of human liver tissue...

Dr. Vahid Serpooshan, at Emory/Georgia Tech University, has published a review on the state of field of bioprinting for neural tissues....

Organoids are invaluable tools for disease modeling and high throughput screening. The majority of organoids contain one or two cell...

Advanced Solutions’ Chief Scientist, Dr. Jay Hoying, will be presenting at the Olympus® Discovery Summit at the end of this month.

Advanced Solutions’ groundbreaking research into vascularization is featured in the April edition of SME’s SMART Manufacturing....

Build complex tissue models with one click using Advanced Solutions BioApps.

The BioAssemblyBot® Platform can be used to fabricate mesh or weave-like patterns to generate constructs with varying porosity.

A patch is being printed onto the complex surface of a printed three-dimension model of a heart, generated from patient data.

Join Dr. Jay Hoying, Advanced Solutions Chief Scientist, at the virtual 10th Annual Laboratory Animal Sciences conference.