LAOWA 25MM F2.8 2.5-5X ULTRA MACRO NIKON

Venus Optics Laowa 25 mm f / 2.8 2.5-5X Ultra Macro lens for Canon EF VE2528N

Dedicated to extreme close-up imaging, the Nikon F-mount Laowa 25 mm f / 2.8 2.5-5X Ultra Macro from Venus Optics is a specialized macro lens for photographing subjects with magnifications greater than actual size. operating within a range of 2.5: 1 to 5: 1, this lens has a minimum focusing distance of only 6.8 "with a magnification of 5: 1 along with a comfortable working distance of 1.6". This range also benefits from the wide-angle focal length, to achieve a comfortable working distance of 1.6". This range also benefits from the wide-angle focal length, to achieve a comfortable working distance of 1.6". This range also benefits from the wide-angle focal length, to achieve a more accurate focal length.

Prime 25mm f / 2.8 is designed for Nikon F DSLR cameras in FX format, however, it can also be used with DX models where it provides an equivalent focal length of 37.5mm.

Developed specifically for macro photography, this lens is designed for use within a magnification range of 2.5:1 to 5:1 to produce images larger than actual size. This lens does not offer infinite focus.

When at a magnification of 5:1, the lens has a minimum focusing distance of 6.8 "together with a working distance of 1.6", which allows enough space to illuminate the subject. At position 2.5: 1, a minimum focusing distance of 9.2 "together with a working distance of 1.8" is possible.

The wide-angle design benefits the high-magnification design by providing greater depth of field compared to telephoto or long lens designs.

Manual focus operation for precise control over focus distance when working with foreground subjects.

An extra low dispersion element greatly reduces chromatic aberrations and color fringes for greater color clarity and accuracy.

The eight-leaf diaphragm contributes to a pleasant blur quality by using a reduced depth of field.

The especially slim and lightweight physical design is easier to use and offers more space for illuminating close-up subjects.