Refine by
Hydrogels Equipment Supplied In Russia
5 equipment items found
Manufactured by:3D Bioprinting Solutions based inMoscow, RUSSIA
FABION 2 is the next generation bioprinter able to print complex structures using tissue spheroids and a wide range of hydrogels with different types of polymerization: thermosensitive hydrogels, multi-component hydrogels, photosensitive, Ph-sensitive and ionic-sensible ...
Manufactured by:Viscoll based inMoscow, RUSSIA
Optimal for 3D bioprinting and the creation of dense collagen hydrogels. Viscoll® Collagen Solution is a sterile, transparent, homogeneous, viscous-fluid colloidal solution with a concentration of type I collagen of 80 mg/ml isolated from pig tendon. This product can be used to prepare bioinks for 3D bioprinting or to form dense collagen hydrogels, either ...
Manufactured by:3D Bioprinting Solutions based inMoscow, RUSSIA
FABION is the first Russian-made 3D bioprinter of original design and make for printing live and functional tissue and/or organ constructs, allowing precise layer-by-layer deployment of tissue spheroids (bioink) in hydrogel (biopaper) according to a programmed digital model. Thanks to the unique design and engineering solutions developed by the 3D Bioprinting Solutions ...
Manufactured by:Viscoll based inMoscow, RUSSIA
The product is a translucent, colorless collagen hydrogel in injectable form made of highly purified type I collagen isolated from porcine tendons. The product is intended to replace soft tissue defects. The product can be used for treatment of scars on the face and body (atrophic, post-traumatic, post-surgical, post-acne, and stretch marks), as well as for skin recovery after ...
Manufactured by:3D Bioprinting Solutions based inMoscow, RUSSIA
Our bioink is a concentrated sterile solution of highly purified Type 1 collagen which can be used straightaway; either to print three-dimensional scaffolds directly, or blended with cell suspensions to print cell-laden hydrogels. It has been designed for the engineering of biocompatible and non-toxic, three-dimensional tissue constructs ideal for tissue engineering and ...