What's the connection between biological printing and 3d printing? What's the difference?

Since its birth, the printing industry has been trying to facilitate people's lives. From traditional black-and-white printing of paper to color printing of paper, to more advanced 3D printing and bio-printing. Different printing methods serve people in different fields. However, when it comes to bio-printing and 3D printing, many small partners don't understand the difference between them. So let's talk about the connection and difference between these two printing methods today. Bioprinting was born on top of 3D printing. In other words, 3D printing is the basis of bio-printing. However, their application fields are not the same. Bioprinting is mainly used in the medical field, and 3D printing can be used in many places. Including light and heavy industries, and even the national defense industry, you can find the shadow of 3D printing.

What is 3D printing? What is bioprinting? 3D printing, also known as additive manufacturing, can quickly manufacture 3 d objects according to designed models. It has certain applications in various fields. This technology is based on the digital model, using powder metal or plastic and other adhesive materials as raw materials, and making physical objects according to the designed model. It was first born in the 1980s. Bioprinting is the application of 3D printing in biological field, mainly in biological fields such as biological science, medicine and rehabilitation. Bioprinting theory was born in 2 1 century, and belongs to a new field.

What is the difference and connection between the two? If we want to talk about the connection between the two, it must be interdependent. Bio-printing was born on the basis of 3D printing, and the field of 3D printing has become broader because of the birth of bio-printing theory. It can be said that 3D printing is the foundation of bio-printing, and bio-printing is an important branch of 3D printing. Their differences are mainly reflected in the different application fields. 3D printing has a wide range of applications, from light industry to national defense industry. But biological printing is different. Because of the particularity of biology, many printing periods are not suitable for biological industry, so the theory of biological printing came into being.

In short, the two have their own characteristics and need to rely on each other for common development.