3D Ceramic Printer Type II

Special ceramics, with a series of excellent qualities such as high wear resistance, corrosion resistance, high temperature resistance, and oxidation resistance, are bringing increasingly widespread alternative upgraded applications in many fields such as chemical engineering, metallurgy, electronics, and more. How to achieve one-time molding of complex shaped components of special ceramics due to their high hardness, which makes subsequent processing difficult? Furthermore, reducing post-processing costs has become the key to promoting the application of special ceramics.

The introduction of 3D printing ceramic technology, fully utilizing and exploring the characteristics of 3D printing technology, can achieve the development of new and unique ceramic products

The working principle of 3D ceramic printing equipment is to use universal ceramic raw materials, such as medium white clay, high white clay, ceramic clay, and other raw materials. By using a combination of pneumatic and electric driving modes, the water containing ceramic slurry is fed into the 3D printer print head. Through a pre designed 3D model, the ceramic can be freely formed in 3D, and the overall forming process is fast, clean, and efficient, presenting characteristics different from traditional processes.

Product Features:

Ø3D modeling: Design 3D modeling based on the shape required for product performance (without the need for molds)

ØWidely applicable raw materials: Suitable for various types of ceramic clay and clay, industrial ceramic clay with certain plasticity can be achieved

ØPrinting speed: It can reach over 120mm/s, which greatly improves the speed compared to printing with polymer materials.

ØProduct post-processing: seamlessly integrated with traditional industry processes.

ØProduct performance: After sintering, the printed workpiece will shrink by about 30%, and the strength of the sintered product can reach the level of traditional ceramic forming technology.

ØSpace occupation: The device is compact, occupies a small area, and is easy to operate and learn.

ØEquipment investment: 3D printing ceramic equipment requires less investment, which is a difference of orders of magnitude compared to precision 3D printing ceramic equipment.

Application fields:

Aerospace components

Automotive engine components

Chemical reactor

Electronic Ceramic Devices

medical field

Art ceramics field

In the field of life ceramics

Customized ceramic products

Ceramic 3D printerTechnical Specifications：