Raynox DCR5320PRO 3-in-1 Macro Conversion Lens

Raynox DCR5320PRO High-Definition 3-in-1 Macro Conversion Lens

The DCR-5320PRO High Definition Macro Conversion lens is particularly designed to use with the high-end digital, film and hi-vision cameras, resulting in an amazing resolution power of 200L/mm at center (MTF 30) with a low dispersion. With the Macro lens attached on the camera's lens, it makes possible to approach the object very close for macro shooting. The model consists of two independent lenses, one is with 2-diopter magnification and the other with 3-diopter. It also makes a 5-diopter lens by putting the both lenses together. Taking advantage of using in three ways, you can shoot the object at the distances of either 50cm or 30cm or 17cm, depending upon the nature of a subject. All lens glass elements are fully coated for the optimum light transmittance and fine image quality.
The adapter rings which fit to the 52mm, 55&65357;&65357;, 58mm, 62mm, 67mm, 77mm, 82mm threads (except 72mm) are sold separately.

The DCR-5320PRO Macro Close-up lens is made of two independent lenses of 2-diopter magnification and 3-diopter one, both fabricated in doublet formula for less color aberration at corners.&12288;By putting the two lenses together, it creates the high 5-diopter magnification macro close-up conversion lens with the excellent high resolution power of 200 lines/mm at center (MTF30) at center.

Lens construction:
&9679; The 2-diopter lens;
1-group/2-element, Weight 105g(3.7oz),
Focusing distance (&8734;* : 486mm)

&9679; The 3-diopter lens;
2-group/3-element, Weight 290g(10.2oz),
Focusing distance (&8734;* : 311mm)

&9679; The 5-diopter lens;
3-group/5-element, Weight 395g(13.9oz),
Focusing distance (&8734;* : 170mm)

&9679; Filter thread : 72mm
&9679; Mounting thread : 72mm
&9679; Standard accessories: Lens Cap and Lens Pouch
&9679; Resolution Power at center : 200L/mm (MTF30)-theoretical number obtained.
(*the distance shown is measured from top of the lens to the surface of object when the lens is set at infinity).