3D Printing | Healthcare Industry Revolution With AI-Powered Computer Vision
3D bioprinting works on the same principle as traditional 3D printing, except the procedure is done using live cells, tissues, and organs, where the complexities of tissues and cells, such as cell type, functionalities, growth, and differentiation patterns are addressed. The process of 3D bioprinting involves dispensing cells onto a biocompatible scaffold using a successive layer-by-layer approach to generate tissue-like three-dimensional structures.
The bioprinting process can be customized to develop tissues in various formats and designs, from micro-scale tissues to larger structures. The micro-scale tissue structure is useful for cell study and culture plates preemption, whereas large scale structure is useful in placement on bioreactors for biochemical reactions.
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Rapidly increasing technological advancements in pharmaceutical and biotechnology sectors, rise in demand for 3D printers in various studies such as drug discovery and development, and surge in demand for new and advanced drug screening tests such as toxicity screening are the major factors anticipated to drive 3D bioprinting Industry. Advantages of 3D bioprinters and growing clinical and research applications in the pharmaceutical industry fuel the growth of 3D bioprinting.
Establishment of the 3D bioprinting technique in the fields of tissue transplantation, multilayer skin transplant, vascular grafts, bone, and other important tissues and organs have created new opportunities in the healthcare industry.
Best Application of 3D printing in healthcare –
Dental 3D printing( http://bit.ly/2DM1eaQ ) is an additive manufacturing process of creating a three dimensional solid dental models such as implants, surgical guides, braces, dentures, crowns and bridges etc. Dental 3D printing is performed by additive process where 3D models are created by laying down sequential layers of material which is programmed by digital file. The demand for 3D printing in dental industry has been increased due advancement in technology which enables the dentist to perform the dental procedure with great accuracy, high efficiency and minimal trauma to the patients.