In the previous article, according to the introduction of Xiaobian, everyone learned about the current investment in 3D printing, which is more focused on bio- and metal 3D printing. In the 15 investment cases from January to June 2016, 10 were concentrated on bio- and metal 3D. print. At the same time, most of the technologies or models for projects that receive investment are relatively advanced, and the amount of investment is relatively large. According to IDTechEx, by 2025, the global 3D printing market demand is 7 billion US dollars, and half of them are expected to come from the 3D bio-printing field. Today, the "concept of customer comments," Xiao Bian will give you a detailed explanation of what 3D biomedical print. 3D biomedical printing is based on computer 3D model, through software layered discrete and numerical control forming methods, positioning and assembling biomaterials or living cells, manufacturing 3D printing of biomedical products such as medical aids, artificial implants, tissues and organs. technology. Popularly speaking, 3D biomedical printing mainly uses cells, biological hormones, growth factors, interstitial substances and other substances to print biological tissues with biological functions, such as skin, nose, ears, cartilage, liver, kidney, heart. Wait for the organ. 3D biomedical printing is currently at the forefront of 3D printing technology research. At present, the basic development process of 3D bio-printing company can be clearly divided into three stages: tissues and organs used for pre-clinical drug testing; pre-clinical animal experiments to replace drugs; and human organ transplantation. Therefore, in fact, all current 3D bioprinting companies are in the early stages of development due to the immature technology. What they want to do is also to print tissues and organs that can be used for preclinical testing of drugs. In addition to the 3D printing function of human organs that scientists are still working on, 3D bio-printing technology has begun to be applied in several real-world fields, including toxicity testing, drug discovery, tissue engineering, consumer product testing, and bone. Transplant and dental beauty. Not long ago, Russia's 3D Bioprinting Solutions has successfully transplanted 3D printed thyroid gland into a living mouse. L'Oreal worked with Organovo to develop 3D printed skin tissue for cosmetic testing. Digital Thermometer And Oximeter Digital Thermometer And Oximeter,Non Contact Infrared Forehead Thermometer,Infrared Forehead Thermometer,Infrared Digital Non-Contact Thermometer Medton Medical , https://www.medtonmedical.com.jpg)
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