In fact, the development of 3D bioprinting has only been a few decades since its emergence.The first time 3D printing was applied was actually for printing a piece of clothing. So far, 3D printing has been used in a wide range of fields such as handicrafts, electronics, medical manufacturing, and military manufacturing.
3D bioprinting is actually the use of 3D printing technology in the field of bionics, which covers the shape of bionics and bionic bionics. 3D bioprinting technology is usually used in the shape of bionics. For example, 3D printing allows you to print your own personal headphones. This is done by scanning the inside of your ear with a 3D scanner, a computer analyzes the three-dimensional data of your ear and automatically analyzes it, and then a 3D printer prints out an in-ear headset that fits perfectly in your personal ear. This is a typical example of 3D printing using bioprinted products. Another example is medical 3D bioprinting, which is better understood. When a hospital receives a patient with a comminuted fracture and realizes that the bone the patient was born with is completely unusable, 3D bioprinting technology then scans the structure of the patient's leg and prints a bionic bone that is almost identical to the original bone for medical bone grafting. This is the current state of 3D bioprinting.
As for the future prospects of 3D bioprinting, I think its future prospects are very good. But the premise is that 3D bioprinting needs to overcome the common problems in the 3D printing world, expensive price, strict material restrictions, very demanding printing environment, very long printing time and so on. As long as these unfavorable factors are overcome, I believe that 3D bioprinting will be a great technology that will change the development of mankind in the future.
What the future development is, we will wait and see.