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As a leading digital imaging company, Canon continues to use its proprietary technology to challenge the limits of CMOS sensors. This video introduces new prospects in imaging made possibly by ultra-high-sensitivity sensors, which can capture vivid video by moonlight as if it were midday, and ultra-high-pixel-count sensors with approximately 250 million pixels.
Created : January 2017
With higher definition and a clearer, wider field of view, Canon MREAL will revolutionize your business.
Created : August 2016
Find out the technology behind the camera lens, including how each lens is responsible for such roles as adjusting colors, distortion and focus, as well as changing the focal distance.
Created : September 2016
Do you know how Canon EF lenses are made?
The lens is the eye of a camera. Here is an introduction to Canon's precision-crafted lenses, which was only made possible through the latest technology.
Created : September 2016
EF lens for EOS camera was introduced in 1987 and Canon has consistantly developed cutting-edge technologies to meet cutomer demand since then.
This video explains the representative technologies in detail in three categories; Optics, Actuator and Coating. (This movie was originally made in November 2014 and revised by adding latest technologies)
Created : February 2016
The Subaru Telescope scans the cosmos from the peak of Mauna Kea, Hawaii, 4,200 m above sea level.
As the only 8-meter class telescope equipped with an observation system at prime focus, the Subaru Telescope has been used since 1999 in the search for answers to the mysteries surrounding the origin and structure of the universe. In addition, a new prime-focus camera, the Hyper Suprime-Cam, was developed to make possible an even wider field of view. The camera is equipped with a prime-focus corrector optical system, a high-performance lens unit that was developed and manufactured by Canon to help advance studies in the field of space science.
Created : September 2013
LCD television screens continue to increase in size and resolution. Mirror projection mask aligners play a critical role in the manufacturing process of LCD panels. Canon mirror projection mask aligners can expose TFT circuits of three micrometers wide to glass substrates using the world's largest* concave mirror Canon developed. This equipment enables the single-shot exposure of six 52-inch wide-format liquid crystal panels, contributing to an increase in the productivity of LCD panel manufacture.
Created : September 2012
The last challenge in lens design is the pair of phenomena known as ghosting and flare. Using a completely-new coating technology, SWC, Canon succeeded in overcoming those phenomena. By taking a cue from insect eyes and other mechanisms existing in nature and applying leading-edge nanotechnology, Canon realized the creation of a non-reflective structure.
Created : October 2011
Fluorite is the ideal mineral for correcting chromatic aberration. However, no naturally occurring fluorite can meet all the requirements for a camera lens. Based on our belief in making use of its own abilities to create whatever is necessary, Canon overcame the numerous barriers that stood before us to successfully realize the mass production of fluorite lenses. Canon is now the only manufacturer to incorporate fluorite in its auto-focus lenses for SLR cameras.
Created : September 2011
An image processor is the brain of a digital camera. Canon's DIGIC 4 image processor offers ultra-high-speed image processing capabilities to enable a whole new world of photographic expression. DIGIC 4 includes such functions as Face Detection technology, Full HD video recording, and servo auto-focus for continuous subject focus and exposure. The image processor also incorporates neural-network technology that recognizes facial expressions and instantly detects whether or not a subject's eyes are closed.
Created : August 2009
Canon digital radiography systems, which enable the confirmation of preview images in just three seconds, have significantly contributed to the field of diagnostic imaging. By realizing a dramatic reduction in X-ray dosage and excellent image resolution, these systems minimizes the burden on both the subject and the operator. Canon has now made possible the real-time viewing of dynamic X-ray images in a compact, portable design.
Created : March 2009
The heart of a printer, Canon all-in-one toner cartridges enable the easy maintenance of laser printers. This video introduces the printing process and Canon's toner cartridge recycling activities.
Created : September 2007
Contained within Canon inkjet printers are several thousand nozzles that are placed in a perfect array on the print heads. Ink drops as small as one-trillionth of a liter are simultaneously ejected in a single thrust to ensure circular ink dots and high placement accuracy. This technology and the manufacturing methods behind it are explained using HD-quality CG.
Created : June 2007
For over 70 years, Canon has been pursuing the ideal lens. This video introduces how an image is created when light passes through a lens and also highlights Canon's technological breakthroughs in aspherical lenses, fluorite lenses and DO lenses, as well as the traditional craftsmanship that makes these lenses possible. This video also presents the advanced design technologies and manufacturing technologies cultivated by Canon over many years.
Created : December 2006
2007 World Media Festival silver prize recipient
Blurred photographs are often the result of camera shake. Canon's advanced lens-shift type image stabilizer shifts the lens horizontally in accordance with the camera's movement. This video explains how blur-free images are achieved without sacrificing image quality.
Created : September 2006
In laser printers and copying machines, a powdered ink called toner is heated and fixed to paper when printing. On-demand fixing technology replaces the previously employed fixing roller, which required continual heating, with a fixing film developed by Canon that greatly reduces warm-up time. Learn about this groundbreaking technology and the fixing process in this video.
Created : June 2005
Learn about lenses, image sensors, DIGIC image processors and software-the technologies that support Canon digital cameras. Allow us to show you why our technological know-how makes Canon the leading in digital camera manufacturer.
Created : December 2004
Network digital multifunction devices provide the foundation for document work in offices. This video highlights the advanced features offered by Canon network multifunction devices, introducing how the machines handle copying, printing, faxing and scanning while also enabling the flexible exchange of data across networks.
Created : December 2004
DO (diffractive optics) lens elements enable telephoto lenses to be lighter and more compact while maintaining a high level of performance. Canon succeeded in creating the innovative DO lenses by bonding a precise diffraction grating to the surface of a glass lens. This video introduces the mechanics of DO lenses, highlighting the construction of dual- and triple-layer DO lenses.
Created : December 2004
This video introduces Canon projector technology, which enables the projection of highly detailed high-resolution images. Canon's proprietary AISYS optical system converges light at a larger angle in the vertical direction to increase brightness, and at a smaller angle in the horizontal direction to improve contrast. This system enables LCOS reflective liquid crystal panels to deliver the highest levels of imaging performance.
Created : June 2004
The iR Controller is a key component in Canon imageRUNNER network multifunction devices. This technology enables the high-speed, simultaneous parallel processing of copying, printing, scanning and networking functions. This video introduces such functions performed by the iR Controller as parallel processing, high-compression PDF creation and Advanced Box support.
Created : June 2004
An ordinary scene to the casual observer, an often-seen slice of everyday life.
Created : September 2012
