3D printing technology has been introduced in the region of 30 years from the altar of high technology to the application in the field of ceramics aerospace applications, industrial ceramic, daily-use ceramic, art ceramic, etc.. It is simple, fast, highly sophisticated and omnipotent.
What is 3D printing?
3D printing, also known as three-dimensional printing and additive manufacturing, is modelled from three-dimensional models or electronic data, and 3D printers are a type of industrial robot.
It is a rapid prototyping technology that starts with designing a digital model, transferring it through the data to a terminal printer, applying various bondable and malleable materials, successively overlaying, constructing and finally transforming the model into a solid.
Ceramics meets 3D printing
The excellent characteristics of ceramic materials, such as high strength, high hardness, high temperature resistance, low density, good chemical stability and corrosion resistance, make it one of the three major solid materials (the other two are metal materials and polymer materials), providing unlimited space for 3D printing technology to integrate and extend technology and art.
With the continuous progress of science and technology, 3D ceramic printing has penetrated into large areas such as aerospace, automotive, geography, architecture and even nuclear weapons,
From the smallest to the most relevant areas of life, such as medical, optical, electronic, living and communication, such as bone substitutes, catalytic converters and ceramic cores.
3D ceramic printing is a complete departure from traditional ceramics and even modern ceramic manufacturing processes, turning complexity into simplicity.
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