Olympus 18-180mm f/3.5-6.3 Zuiko Lens for E Series DSLR Cameras
Receive sharp and colorful images from this lightweight all-digital lens, from less than 18 inches away or as far as its 10x telephoto will take you. Weighing less than 16 oz., this durable, extremely portable lens is perfect for wide group shots or “zooming in” on your child’s soccer game, and delivers a distortion-free view and outstanding results thanks to ED glass lens elements and its built-in CPU that automatically corrects lens, shading and exposure information.
The sophisticated line of Zuiko Digital lenses is designed to professional standards to provide professional results in every facet of their use. Coreless motors provide impressive speed. A dedicated computer processor supplies intuitive image data transfer. A wide focal range gives you the flexibility to perfectly frame and capture detailed images near and far. Precision crafted optics–including fine aspherical and ED glass elements–produce the finest image results. And a digital specific design based on the Four Thirds System makes this lens virtually effortless to carry and use. This is not a lens built specifically for the E-1 Digital SLR; it is a lens built specifically for you.
Technical Details
- Focal Length - 18mm-180mm (36mm-360mm 35mm equivalent)
- Lens Construction - 15 elements in 13 groups, including 2 ED Lenses and 2 aspherical lenses
- Closest Focusing Distance - 17.7 (0.45m) / Maximum Image Magnification - 0.23x (0.46x 35mm equivalent)
- Maximum Aperture - f3.5 (18mm) - f6.3 (180mm) / Minimum Aperture - f22
- Number of Blades - 7
Product Description
This is lightweight, compact and with a great 10x standard zoom lens covered to the range of distinct telephoto effect. It is equivalent to 36-360mm on a 35mm camera. The almighty lens can cover most of shooting scene. The closest focusing distance is down to 45cm in entire zoom area, and 0.23x (equivalent to 0.46x on a 35mm camera) of magnification allows you close-up shots. Two ED lenses and two aspherical lenses compensate each aberration to give the high-performance in entire zoom area.
