Lenses and the protection they provide vary by manufacturer as well as the style and type of frame and prescription an individual may require; learn more at universeoptics.com
Cell phone cameras continue to improve to the point where they may eventually negate the need for stand-alone digital cameras; learn more at universeoptics.com
Optical lenses have been arranged to create compound lenses in microscopy for centuries; learn more at universeoptics.com
There are many applications in which CCD (charge coupled device) and CMOS (complementary metal oxide semiconductor) image sensors are compatible, but to believe that the technologies are interchangeable is like comparing apples and orange; learn more at universeoptics.com
Many smart phone users are leaving their DSLR cameras at home in favor of the cameras that are built into their smart phones; learn more at universeoptics.com
Scientists are embracing the compound microscope because it has opened doors to varying degrees of magnification and views; learn more at universeoptics.com
Digital imaging systems involve the capture and creation of visual images of the organs, tissues and other body structures of patients; learn more at universeoptics.com
CCD stands for charge-coupled device. These devices control the electrical charge within the device and direct it to an area where it can be manipulated; learn more at universeoptics.com
Seven micron pixels are displayed as an array and then fabricated on a CMOS chip; learn more at universeoptics.com
As medical advances go, digital imaging systems have lead to large strides in the care and diagnosis of patients; learn more at universeoptics.com
