Canon XJ95x8.6B IESD-SB Box Lens with Controls, Canon Sled, and Shipping Case- USED Price drop

Listing description

Full Servo Controls
Canon SUP-NS3 Sled Support
Shipping Case for Lens and Sled
The DIGISUPER 95 (XJ95x8.6B) super-telephoto lens combines the widest focal length (8.6mm) with a 95x zoom, providing a range of imaging possibilities unmatched by conventional field lenses.

Benefits

Wide angle to telephoto
Incomparable optical performance
Constant Angle Focusing System; 32-bit CPU
Advanced Image Stabilization system
Excellent operability
Virtual systems support
Wide angle to telephoto

A 95x zoom ratio and the widest focal length (8.6mm) of any field lens in the industry, allows the XJ95x to offer an enormous range of imaging possibilities that are impossible with conventional field lenses, For example the lens can dramatically capture every possible on-site sensation, from the emotion of an entire crowded stadium to the facial expression of an individual player.

Incomparable optical performance

Canon’s mastery of computer-based 3D optical design techniques and use of the most contemporary optical technologies allow the XJ95x lens to provide a wider angle of view, a higher zoom ratio and unparalleled overall optical performance. Canon’s proprietary large-diameter aspherical lens technology and exotic glass materials effectively counter lateral chromatic aberration, monochromatic aberrations, and geometric distortion. This enhances resolution and contrast enabling the capture of images with superb picture sharpness across the 16:9 HD image plane.

Constant Angle Focusing System (CAFS)

CAFS uses a 32-bit CPU to counteract focus “breathing” and give an almost zero zoom effect. It calculates focus changes and synchronises the zoom to virtually eliminate picture size/ angle of view changes when focusing.

Advanced Image Stabilization system

The XJ95x has an improved optical shift-type image stabilizer to counteract camera vibrations and minimise image blurring at long focal lengths. The system incorporates a next generation sensor inside the lens. When this detects a vibration, the compensating optics are shifted at high-speed to instantly deflect the light rays in a direction that cancels out the vibration’s effect on the image.

This equipment is located in US