Canon Technology Sitemap
Canon's R&D
Relentless Pursuit of Innovation —Message from the CTO—
A Culture and Organization for Creating Powerful Technologies
Strengthening Technological Capabilities with Breadth and Depth
Maintaining the Top Position in the World
An R&D Environment that Values People
R&D Topics
Prime-Focus Corrector for Subaru Telescope
MR (Mixed Reality) System
Medical Imaging
DNA Diagnostic Systems
Super Machine Vision
CMOS Image Sensors
User Interface Technology
Research in Pre-competitive Areas
Tsuzuri Project
Technology Supporting Canon Today
Products Technologies
How input devices work
Technology Used in Digital Compact Cameras
An Ultra-Small Lens Unit with a Lens-Shift Type Image Stabilizer
Face, Motion and Scene Detection Technology
Technology Used in Digital SLR Cameras
SWC (Subwavelength Structure Coating)
Technology Used in Digital Camcorders
HD Video Lenses with Image Stabilization and AF Function
Full High-Definition (HD) CMOS Sensors
Technology Used in Scanners
Technology Used in Broadcasting Equipment
Technology Used in Network Cameras
High Image Quality, Advanced-Function Network Cameras
Network Video-Recording Software
Technology Used in Medical Equipment
How output devices work
Technology Used in Inkjet Printers
FINE (Full-photolithography Inkjet Nozzle Engineering)
Technology Used in Large-Format Inkjet Printers
Technology Used in Canon's Commercial Photo Printer
Technologies Delivering Superior Image Quality
High-Productivity Technologies
Technology Used in Laser Printers/Laser Multifunction Printers
Configuration-Free Architecture
Pad Transfer High-Image-Quality Technology
Automatic Media Sensing Technology
Ultra-Compact Design Technology
Technology Used in Office Multifunction Devices
imageRUNNER ADVANCE Networking Technologies
Information Security Technology
MEAP / MEAP Connector / MEAP Web
Document Processing Technology
Single Pass Two-Sided Scanning Technology
Compact Long-Life Drum Cartridge System
