Biodruk 3D, czyli rewolucja w medycynie regeneracyjnej i transplantoligii.
The 3D hip is an innovative method of creating three -dimensional structures using biological materials and specialized biotus. It allows designing structures containing live cells. Thanks to them, scientists can conduct intensive research, including in the field of developing methods of producing organs for transplants. This is an amazing achievement that can change the face of transplantology and regenerative medicine.
The method of printing synthetic organs has great potential in revolutionizing medicine. The developed human organs will be able to be implanted in a patient with transplantation. By improving this method, it will be possible to print a given organ using cells taken from it previously from it. This action aims to reduce the risk of recoil and better regeneration of the body after the surgery, as well as eliminating the need to wait for the donor.
Biocloner Desktop Pro supports scientific research
In the interests of the quality and precision of the tests, our company has developed a 3D biofuher, Biocloner Desktop Pro, which is an important step towards achieving this goal. We strive to implement our machines for universities and other research centers to support scientists in their research and contribute to a breakthrough in medicine. We enable experts to work with an innovative 3D hip, thanks to which it will be possible to precisely create spatial 3D models from live cells. This will allow them to restore structures that imitate soft tissue, e.g. skin or bone tissues. They will be used for testing on a living organism without interfering with the health or life of people and animals.
Our technology is a key element in the development of 3D organs, supporting scientists in the pursuit of a vision in which printed organs will become a standard in modern medicine.