Main centres: | 1-3 business days |
Regional areas: | 3-4 business days |
Remote areas: | 3-5 business days |
Designed specifically for the Fujifilm X-series of interchangeable lens cameras with APS-C sensors, this FujiFilm FUJINON XF 60mm f2.4 R Macro Lens is a short telephoto lens equivalent to 90mm in 35mm format. The fast, bright f2.4 maximum aperture makes shooting in low light possible, and provides pleasing bokeh (the out-of-focus portion of a photo) with its 9-blade aperture design--ideal for dramatic portraits.
To take advantage of the X-series cameras' mirrorless design, the rear element of the FujiFilm FUJINON XF 60mm f2.4 R Macro lens is as close as possible to the sensor, minimizing the back focus distance appreciably. The "FUJINON XF 60mm" lens construction includes a metal barrel, Super EBC coating for improved optical performance, and it delivers improved center-to-edge resolution and brightness free from chromatic aberration. This macro lens has a maximum magnification of 0.5x, and the aperture ring has 1/3-stop click stops for more precise exposures.
This is a mid telephoto lens with the bright aperture of f2.4 despite its compact size. It uses a glass moulded aspheric lens at the 7th element to prevent field curvature, and places an ED (extra-low dispersion) glass lens at the 6th element to contain chromatic aberration. The FujiFilm FUJINON XF 60mm F2.4 R Macro lens is ideal for portraiture because of its beautiful blur and high-definition description.
Excelling at close range, the FUJIFILM XF 60mm f2.4 R Macro is a 91mm-equivalent prime featuring a 1:2 maximum magnification along with a 10.5" minimum focusing distance. A maximum f2.4 aperture suits working in a variety of lighting conditions and also affords greater control over depth of field.
The optical design features one aspherical element and one extra-low dispersion element, which help to reduce both spherical and chromatic aberrations for increased sharpness and clarity. A Super EBC coating has also been applied to suppress flare and ghosting when working in bright and backlit conditions.