Lens Hood for S 24 / S 30-90

Lens Hood for S 70 f/2.5

Lens Hood for S 120 f/2.5

Lens Hood for S 100 f/2

Lens Hood for S 30 / S 35 / S 45

Lens Hood for S 180 f/3.5

Leica Super-Elmar-S 24mm f/3.5 ASPH.

The Leica Super-Elmar-S 24 mm f/3.5 ASPH. (19 mm in 35 mm format) opens up an enormous range of creative opportunities in image composition - particularly in interior, architectural, and landscape photography. At the same time, the lens is optimized for maximum contrast rendition and resolution from its widest aperture and guarantees a constantly high level of quality from its closest focusing distance to infinity..The optical system comprises twelve lenses in ten groups. The optical design comprises 12 elements in ten groups. Five elements are made from glasses with anomalous partial dispersion. Three low-dispersion fluoride elements correct chromatic aberrations. Two further aspherical elements, and the aspherical surface of the front element, minimise monochromatic aberrations. The lens is focused by moving the middle optical group. An independently moved floating element guarantees superior performance at close focusing distances.

Leica Vario-Elmar-S 30-90mm f/3.5-5.6 ASPH.

The Leica Vario-Elmar-S 30-90 mm f/3.5-5.6 ASPH. (24-72 mm in 35 mm format) combines a universally versatile range of focal lengths, compact construction, and low weight with extraordinarily high imaging performance from the closest focusing distance to infinity, both wide open and at all other apertures. With the exception of a slightly slower maximum aperture, the lens is a fully viable alternative to prime lenses. It significantly increases flexibility and allows longer and much less tiring shooting sessions. Nine of the 14 elements in four groups are manufactured from glasses with anomalous partial dispersion. Of these, three are fluoride lenses with particularly low dispersion for the correction of chromatic aberrations. Two aspherical surfaces on the rear element are employed for the minimization of monochromatic aberrations, while another aspherical surface on the front lens of the second group maintains consistent imaging performance at shorter distances and contributes to the minimization of distortion.