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Enjoy Movies & TV with 3D Glasses
Enjoy Movies & TV with 3D Glasses
Red + Blue 3D Glasses
Red & Blue 3D Glasses TDG-44880 3D Anaglyph Glasses TDG-6476 3D Movie Game Glasses TDG-29788 Red & Blue 3D Glasses TDG-26854
Buy One and Get the Second One for Half Price
3D Glasses for 3DTV
3D Active Shutter Glasses TDG-50353 3D Glasses for Samsung 3DTV TDG-50351 3D Glasses for 3DTV TDG-43346 Liquid Crystal 3D Glasses TDG-21302
Enhance your game experience, Wii together
Linearly Polarized 3D Glasses
A52F Linearly Polarized 3D Glasses TDG-29789 A71 Linearly Polarized 3D Glasses TDG-29786 A48 Linearly Polarized 3D Glasses TDG-28253 Grey Linearly Polarized 3D Glasses TDG-6459
Circularly Polarized 3D Glasses
A52F Circularly Polarized 3D Glasses TDG-29790 Unisex Circularly Polarized 3D Glasses TDG-28250

3D technology is based on the human characteristic of binocular vision. Our eyes are placed about two inches (five centimeters) apart. Therefore, each eye sees the world from a slightly different perspective. The brain uses these different perspectives to calculate distance by correlating the images from each eye into a single picture.

3D Glasses work on this principle. In a movie theatre or with a 3D TV, the screen produces a separate image for each eye. The glasses filter these images, allowing only one image to come through each lens.

Red-Blue, Red-Green, and Red-Cyan glasses are commonly used in 3D, These dual color lenses are used in systems in which two images are displayed on the screen by separate projectors, one in red and the other in blue or cyan. The filters in the glasses allow only one image to reach each eye, and the brain integrates the two images
Polarized 3D glasses: To present a stereoscopic motion picture, two images are projected superimposed onto the same screen through different polarizing filters. The viewer wears low-cost eyeglasses which contain a pair of different polarizing filters. As each filter passes only that light which is similarly polarized and blocks the light polarized in the opposite direction, each eye sees a different image.
Linearly polarized glasses: Two images are projected superimposed onto the same screen through orthogonal polarizing filters (Usually at 45 and 135 degrees). A linear polarizer converts an unpolarized beam into one with a single linear polarization. The vertical components of all waves are transmitted, while the horizontal components are absorbed and reflected.
Circularly polarized glasses: Two images are projected superimposed onto the same screen through circular polarizing filters of opposite handedness. Circular polarizer passing left-handed, counter-clockwise circularly polarized light