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- Super wide-angle lens in Distagon design for Fuji X-mount cameras
- Equivalent to 18 mm lens on 35 mm
- Excellent resolution and high contrast
- Precise, durable mechanics
- Smooth and reliable autofocus
Image field. In addition, the ZEISS Touit 2.8/12, specially designed for Fujifilm X, impresses with precise, durable mechanics. And its robust metal mount makes it an absolutely reliable companion for many years.
The design of the autofocus system requires extremely precise shifting of certain lens groups. Depending on the lens groups to be shifted and their weight, different types of motors can be used. The focusing system of the Touit lenses from ZEISS has been designed in such a way that no restrictions had to be placed on the lens design, while still guaranteeing a robust and smooth autofocus mechanism.
Even the lens hood, otherwise an accessory, integrates seamlessly into the overall shape. The metal mount guarantees high stability, while rubberized adjustment rings enable targeted manual intervention. Flush, satin surfaces visualize the optical and mechanical precision of the lenses.
Modern camera technologies and high-resolution digital image sensors demand ever more performance from lenses. The modern floating element design compensates for aberrations in ZEISS lenses at different distance settings. This is done by changing the axial distance of individual lenses or lens groups from each other. The adjustment of the lens distance is coupled to the distance setting, so that the correct correction is always obtained. The mechanical construction of these lenses is very complex and the processing must be particularly precise - both of which are ZEISS's core disciplines.
All lens surfaces of ZEISS lenses feature the T*® anti-reflective coating and an optical design that produces brilliant images even in unfavorable lighting conditions. To anti-reflect the lens surfaces, we vapor-deposit very thin transparent layers onto their surfaces. For this purpose, special substances are evaporated one after the other in a high vacuum with very high energy. These substances are then deposited on the glass surface as layers with precisely controlled thicknesses and produce the desired reflection reduction.