How 3D Bioprinting Technology is Revolutionizing the Healthcare Industry?

3D printing also known as Additive manufacturing is the method of constructing a 3D object from a digital file. This technique is being used for several years and had a strong impact on manufacturing for industries such as – the art & jewelry industry, aerospace, construction, home development, soft sensors, firearms, computers (robot manufacturing), and several other industries. With the impactful use of 3D printing in several industries, in recent years exciting development in 3D bio-printing is being observed in the healthcare industry as well.

3D bioprinting has its application in various other fields like- imitation of medical devices, fabrication of anatomical models, and drug research.

Some of the Key Applications of 3D printing in the healthcare industry are as-

Bio-printing on Chip:

Bio-printing is a new technology in the field of the healthcare industry, which is used for constructing frames for tissue growth. Microfluidic organs-on-a-chip is a helpful platform that has several uses =, mostly seen in drug screening and pathological research. The majority of organs-on-a-chip technologies are designed for mechanistic investigations and proof-of-concept drug testing. These platforms frequently require advanced micro-fabrication methods. And, bio-printing technology provides the ability to automate this procedure and alleviate the throughput and the manufacturing challenges that are faced by traditional organ-on-a-chip systems encounter.

Bio-printing and Bone Grafts:

When the body faces considerable volumes of bone fractures, surgery and bone grafting are considered impactful procedures in the healing of the bones. Grafts do not frame the original form of the bone but have a detrimental impact on the success of facial reconstructive surgery. Recently, CAD technology combined with the improvements in additive manufacturing and 3D bio-printing technologies has provided impactful results in the production of frames for tissue regeneration, which have been implanted in the patients for the repair of blood vessels, and urethra, urinary bladder, and trachea.

Challenges and Limitations in 3D Bio-printing:

The endmost goal of 3D bioprinting is to provide a successful technology that is capable of producing 3D functioning for complex organs as a source for tissue grafts, full-organ transplants, and drug testing. The development in the technologies is still in its early stages but is progressing fast.

Biomaterials are important in 3D bio-printing because they support the structural and functional aspects of the 3D printing tissue while preserving structural integrity and bio-compatibility throughout tissue printing.

Companies working in Bio-printing:

In today’s world 3D bio-printing is not limited to specific industries. In days before the use of 3D bio-printing was used in the specific industries such as academic institutions and research centers, but over the past years the industry is progressing actively with impactful usage in many other idsustries incuding the prominent use in the Healthcare industry over the years. The fast progression in the industry over the past years, will provide a better solution for tissue construction in fatal cases of bone or facial complication.

The Key companies working in the field of 3D Bio-printing market are-

• Organovo

• 3D systems

• Regemat

• Aspects Bio-systems

• CYfuse

• Nano4Imaging

• Inventia Life Sciences

• Vivax Bio

• Regenovo

Get the in-depth knowledge about the 3D Bio-printing Technologies: https://www.delveinsight.com/blog/3d-bioprinting-in-the-healthcare-industry

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