In recent years, 3D bio-printing technology has made many major breakthroughs, but the desire to use this technology to print human organs has been delayed. Russia's "3D Bioprinting Solutions" company became the first company in the world to print animal thyroid gland. Their ambitious goal is to print portable artificial kidneys within 3 years.
3D Bioprinting Solutions' company released the first bio-based 3D printer in Russia in September 2014. It has unique technologies such as multiple printheads, digital design and continuous layered printing technology. In March 2015, the company became the first company in the world to print thyroid gland for animals. Currently, the company is using 3D printed thyroid to treat mice with "hypothyroidism" disease. The company's next step is to use bio-printing technology to print human kidneys for transplantation.
CEO introduction
Ostrovsky is one of the founders of 3D Bioprinting Solution and currently serves as chairman of the company's board of directors. He graduated from the Moscow University in 1980 with a degree in dentistry and has been involved in neurosurgery for more than 15 years. From 2002 to 2004, he studied for an MBA management degree. He is also one of the founders of the Russian private clinical diagnostic laboratory, which entered the world's top diagnostic laboratory list in 2011.
company's product
The FABION 3D Bio Printer is a high-end 3D printing instrument. The technical engineer of the present invention optimizes various parameters according to the characteristics of the 3D printing technology, so that its performance is superior to the existing commercial 3D printing equipment. The main advantages and functions are as follows:
1, high compatibility: support the use of most 3D printing technology for printing. Such as laser forming technology, extrusion molding technology, jet molding technology.
2, unique polymerization device: the use of UV irradiation technology, not in contact with the scaffold material, to avoid damage to cells and cellular DNA.
3, high resolution: 3D printing accuracy meets the requirements of ISO standards.
4, the body design is compact: the unique body design allows the system to provide enough space to accommodate the nozzle
5, high-precision displacement system: the printer uses a conventional Cartesian coordinate system, can move in all directions, the accuracy can reach 5 microns, accurately reproduce the digital model.
6. Remote control: The company has researched the software and previewed the 3D rendering of the biological tissue to be printed in advance, and realized remote process control.
The device can be used in a variety of research and development applications, including life sciences, biomedicine, regenerative medicine, tissue engineering and materials. Professor Vladimir Mironov, the head of research, said the printer has an unparalleled advantage over early Western-designed bioprinters, and it is compatible with any of today's bioprinting technologies.
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