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Home » News

Canon announces Solutions for Ceramic 3D Printing

News By Aditya ChandavarkarNovember 30, 20183 Mins Read
Compatible with parts of varying geometrical elements
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Ceramic parts created using the new technology
Ceramic parts created using the new technology

Canon announces development of proprietary ceramic material for 3D printers, manufacturing technology for the highly accurate 3D printing of parts with complex geometries. The 3D printed ceramic parts feature such properties of conventional ceramics as heat and corrosion resistance as well as insulating properties, and are expected to be utilized in a variety of different fields, including industrial equipment.

3D printers that utilize such materials as metal and resin, which enable easy prototyping and the production of a variety of parts in small lots, have started to become more common. However, many existing ceramic materials for 3D printers contain resin and the parts produced using these materials can shrink approximately 20 percent1 during the post-annealing process, making it difficult to produce ceramic parts with high accuracy.

Canon has developed a new alumina-based ceramic material suited to selective laser melting2 as well as a new parts production technology. Through this technology, a 3D printer can be used to stably produce ceramic parts with such complex geometries as hollow and porous structures, which are difficult to achieve through ordinary metal molding or cutting processes. For example, when creating honeycomb shapes3 with hexagonal hollows and a diameter of approximately 19 mm, parts can be produced with high accuracy with differences in external dimensions before and after the annealing stage of less than 0.8 percent.

Ceramic parts manufactured using this technology are expected to be used in all kinds of industrial fields, from parts for equipment that demands heat resistance and insulating properties, such as electric furnaces, to parts facing exposure to chemicals that require corrosion resistance. Canon Group companies, including Canon Inc. and Canon Machinery, are investigating applications for this technology in the prototyping of parts for industrial equipment.

Honeycomb-shaped part
Honeycomb-shaped part

Going forward, Canon plans to expand the use of this technology to such areas as the medical field through the development of more compatible materials to meet an even wider range of prototyping and wide-variety, small-lot needs.

1  For example, when producing parts using stereolithography with ceramic materials that contain ultraviolet-curable resin.

2 A 3D printing method typically used for metal fabrication where the material is melted using a laser.

3 In the case of parts with a linewidth of approximately 0.4 mm, a diameter of approximately 19 mm and thickness of approximately 2 mm, as shown in the “Honeycomb-shaped part” image above.

 

Aditya Chandavarkar
Aditya Chandavarkar
Website
Aditya Chandavarkar is a established entrepreneur with business interests in manufacturing, innovative technology, training and consulting. Among other activities he the Co-Founder of Indian 3D Printing Network and is a subject matter expert on 3D Printing/Additive Manufacturing with good grasp of Additive Manufacturing trends in the Region including India, APAC, Middleeast and Africa.
3D printers 3d printing 3d printing industry Canon Canon Inc. Canon Machinery Ceramic 3D Printing ceramic material I3DPn Indian 3D Printing Network Prototyping
Aditya Chandavarkar
  • Website

Aditya Chandavarkar is a established entrepreneur with business interests in manufacturing, innovative technology, training and consulting. Among other activities he the Co-Founder of Indian 3D Printing Network and is a subject matter expert on 3D Printing/Additive Manufacturing with good grasp of Additive Manufacturing trends in the Region including India, APAC, Middleeast and Africa.

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