Film shot with ZEISS HORIZON ANAMORPHIC

ZEISS HORIZON ANAMORPHIC

ANAMORPHIC
PRIMES
ZEISS

The ZEISS Horizon Anamorphic lenses represent a new generation of anamorphic cinema optics, combining the iconic widescreen aesthetics of classic 2x anamorphic photography with the precision, consistency, and innovation expected from modern ZEISS engineering.

Designed for full-frame cinematography, the Horizon series delivers a distinctly cinematic image characterized by pronounced oval bokeh, enhanced depth perception, and the immersive spatial rendering that has made anamorphic lenses a cornerstone of feature filmmaking for decades.

Unlike vintage anamorphics that often require compromises, Horizon lenses balance expressive character with exceptional optical performance, providing a refined anamorphic look while maintaining high levels of sharpness, contrast, and consistency across the frame.

One of the defining features of the Horizon platform is its forward-thinking design philosophy.

The lenses incorporate integrated lens electronics and motorized functionality, while also introducing interchangeable optical look elements that allow cinematographers to tailor the image character to the creative needs of each production.

This unique approach enables Horizon to function not only as a lens set, but as a flexible imaging platform designed for the future of digital cinematography.

Covering full-frame sensors and built around a true 2x anamorphic architecture, the Horizon lenses produce the classic anamorphic attributes filmmakers seek: elegant horizontal flares, beautifully stretched backgrounds, dimensional separation, and a cinematic sense of scale.

At the same time, ZEISS maintains the reliability, color consistency, and mechanical precision that have defined its cinema lenses for generations.

The result is a premium anamorphic lens system that bridges the gap between traditional cinematic character and next-generation production workflows, making the ZEISS Horizon Anamorphic series one of the most innovative developments in contemporary cinema optics.