Creating New Devices with Nanomaterials

Nanomaterial Technology

Functional particles

Magnetic particles embedded in macromolecules are useful in detecting and collecting disease markers. Using a new granulation method, Canon has succeeded in developing uniformly sized, highly magnetized microbeads.

Magnetic particles

*nm (nanometer): one billionth of a meter

Magnetic particles

Nanocomposite thin films

Canon is focusing on promising nanomaterials for fabricating innovative devices, with a number of R&D themes targeting the field of nanocomposites, which comprise mixtures of various nano-sized materials.
Through the eutectic crystallization of silicon and metals, Canon is developing inorganic nanocomposites as next-generation recording, light-receiving and light-emitting materials. As for organic nanocomposites, the company is developing block copolymers, which are used for fabricating proton- (hydrogen ion) permeating membranes for fuel cells. In the area of organic-inorganic hybrid nanocomposites, Canon is carrying out research into light-emitting devices made from regularly arranged mesoporous membranes to which organic pigments are added.

Inorganic nanocomposite material

 

Proton-permeating membrane

 

Mesoporous membrane

Inorganic nanocomposite
material

 

Proton-permeating
membrane

 

Mesoporous membrane