What are the consequences of integrating 3D printing technology into the medical field?

3D printing technology is widely used, especially in the medical field, such as printing soft human tissue, prosthetic limbs and artificial knee joints, all of which require the use of laminated manufacturing technology. Currently, many companies are developing for medical use of 3D printing.

Organovo uses 3D printers to make human tissue for research and treatment. Organovo collaborates with academia and pharmaceutical companies to test drugs and therapies in 3D printed human tissue, which is expected to accelerate the development process and even replace animal or human trials in the medical industry. As for the new Cyfuse Biomedical, 3D printing technology is used to replicate human tissue, ranging from drug testing to regenerative medicine.

Aspect Biosystems' software opens up users to create living tissue, trying to reduce the need for animal testing, as well as allowing doctors to predict the response of patients before taking the drug, and to print human organs for transplant surgery. TeVido Biodevices uses 3D printing technology for various reconstruction and cosmetic operations. Autologous cell therapy for leukoplakia patients and nipple reconstruction for breast cancer patients is expected to reduce transplant rejection by directly printing the patient's own melanocytes and tissues. Improve the quality of life. Founded 40 years ago, DigiLab Inc. originally created the Fourier Transform Infrared Spectrometer (FTIS), which was acquired by Bio-Rad Laboratories in the 1970s and moved to other industries and technologies. Today, it has a CellJet 3D printer that prints live cells. Printed cells can be used for stem cell research, cancer biology research, tissue engineering, and regenerative medicine research.

BioAssemblyBot, a technology of Advanced SoluTIons Life Sciences, can print human tissue in 3D, including cell systems, experimental tissue models, microenvironments, organ models, microchannels, implant systems, and more.

TIssue RegeneraTIon Systems (TRS) is a medical device company that specializes in skull reconstruction and bone regeneration with 3D bioprinting. It combines scaffolding technology and 3D printers to create skull reconstruction implants. Because it is a full-absorbent implant, it will be truly boned over time. The replacement, plus the implant's porous design, can be adapted to a variety of weights and uses.

nScrypt specializes in the manufacture of micro-dispensing 3D printers and 3D bio-printers for the production of bio-frames in a variety of shapes. The cells printed by the SmartPump bioprinter have a cell activity of up to 100% and can print extracellular matrix, gelatin and hyaluronic acid.

EnvisionTEC manufactures 3D printers for a variety of applications, including bioprinting. 3D-Bioplotter is an open material printer, so researchers can develop the materials they need. N3D Biosciences uses the NanoShuttle device and 3D printer for magnetic cell culture, which uses magnetic force to print cells into micro-tissue, which is very helpful for biomedical research.