One of the most important brands in global bio-printing, CELLINK provides easiness and flexibility to scientists in 3D tissue and organ manufacturing.
Sweden based bio-printing firm, CELLINK introduced a new bio-printing machine BIO X. Giving a significant support to bio-3D printers as world’s first bio-ink company, CELLINK shows its leadership in this segment.
The new BIO X follows its previous 3D bioprinter models, the INKREDIBLE and INKREDIBLE+. Built with a Neocortex M1 internal computer, the BIO X is a reliable and user-friendly bioprinter that offers life science companies, researchers, and bioengineers the means to build human tissues in a wide, virtually limitless variety of structures.
More Efficient Researches with Clean, Safe and Flexible Bio-Printing
BIO X is the new go-to bioprinter for life science companies, researchers and innovators who work with bioprinting. Built to meet the needs of today’s bio-scientists, BIO X’s responsive Neocortex M1 internal computer allows the user to orchestrate the intricate process of building human tissues. BIO X is the most user friendly bioprinter on the market and complete standalone product with features scientist have been waiting for. BIO X can print human tissues with a wide range of biomaterials that mimic the cell’s native environment. Whether it’s tissues like heart, skin, cartilage or bone, the user has full control on the selection of biomaterial for their tissue application. The intelligent printheads of the printer includes features such as; cooling, heating and different extrusion methods, which make it possible to bioprint a wide range of bioinks and cells with minimal effort.
CELLINK CEO and co-founder Erik Gatenholm said these about the new bioprinter: “We are 
differentiators helping innovators succeed. We help researchers throughout the entire process and adapt to their needs, from providing the most user friendly technology to designing experiments, in order to help them achieve the results they desire. The BIO X printer will revolutionize the way bioprinting has been done in the last decade and open up a new path for scientist from multiple fields to come together and engineer human tissues.”