• Wide range of magnification x2.1 - x120
• Patented stereo eyepieceless optical technology provides superb resolution and contrast
• Easy hand-to-eye coordination resulting in increased throughput, accuracy and reduced scrap
• Long-life, true color LED illumination for shadow-free viewing of complex surfaces

The Lynx stereo microscope utilizes Vision Engineering's patented Dynascope

technology. Dynascope technology offers the user advanced ergonomics by removing

the need for restrictive eyepieces.

Lynx is a unique eyepieceless stereo microscope for intricate tasks requiring high-resolution stereo viewing. The eyepieceless optics of Lynx significantly increase head freedom and eye

relief, reducing operator stress and fatigue over long periods of time.

Lynx is used in a wide range of industry applications including general manufacturing, medical devices, electronics, precision engineering, plastics and rubber. The multiple accessories available for the Lynx enable a wide variety of tasks including inspection, manipulation, assembly, dissection, soldering, polishing, finishing and measurement.

Features and Benefits

Incorporated modern advances in optical design allow your eyes and hands to work together resulting in increased throughput, accuracy and reduced scrap and rework.

Wide magnification range of x2.1 – x120 provides clear, sharp images with long working distances and large depth of field.

Speed

Increased head and body freedom for the operator leads to greater productivity, increased throughput, improved quality control and less fatigue.

Versatility

Modular design allows for quick change over of accessories and options. For example, from rework to high magnification inspection on to image capture.

Ergonomics

Patented Dynascope technology expands the exit pupil providing head freedom and eye relief for excellent ergonomics, superb hand-to-eye coordination and the ability to wear glasses if required.

Ease of Use

Lynx offers simple 3-dimensional viewing, with the apparent distance to the viewed object image identical to that of the real object, eliminating re-focussing of the operator's eye; thus reducing the likelihood of fatigue.