LSL11180
Tax Free Price:
$10,260.87
(Save $1,539.13)
Available at AKL International on departing flights
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Shop By Category Camera Lenses L mount Lenses Leica
Tax Free Price:
$10,260.87
(Save $1,539.13)
Available at AKL International on departing flights
... more »
This lens offers exceptional image quality with edge-to-edge sharpness, even in low-light conditions, thanks to its f/1.4 aperture, aspherical and dispersion elements, and multi-layer coating, while its weather-resistant design and non-rotating filter ring enhance usability in challenging environments.
the Summilux-SL 50mm f/1.4 ASPH. Lens from Leica promises to create phenomenal images with edge-to-edge sharpness, even wide open. Designed for Leica's full-frame SL-series of mirrorless cameras, this 50mm benefits from a new design granted by the short flange distance. It also leverages two aspherical elements and four anomalous partial dispersion elements in order to keep aberrations to an absolute minimum. The fast maximum aperture of f/1.4 furthers your imaging capabilities by creating images with a shallow depth of field and in low-light conditions.
A multi-layer coating helps prevent flare and ghosting along with the included rectangular lens hood. The internal focusing lens also has a non-rotating filter ring for precise use of numerous filter types. Additionally, it boasts a dust- and moisture-resistant design.
provides a natural field of view with incredible performance across the image and outstanding sharpness. As an L-mount optic it is also compatible with T-series APS-C cameras where it provides a 75mm equivalent focal length.
is ideal for working in difficult lighting conditions and provides excellent control over focus position for selective focus applications.
reduce chromatic and spherical aberrations throughout the zoom range and increase image sharpness and clarity.
helps prevent and minimize flare and ghosting.
protects against dust and moisture to benefit working in trying shooting conditions.
prevents the front filter ring from rotating during operation to better enable working with circular polarizers, graduated ND filter, or other types of filters dependent on a specific orientation.