Next Gen Mantis Stereo Microscopes

THE stereo microscope for performance

Mantis is an award-winning ergonomic stereo microscope which offers exceptional operator comfort and superb 3D imaging. No awkward eyepieces means a stress-free viewing experience, see more and do more than is possible with conventional binocular microscopes.

Work better for longer

Mantis’ superior microscope ergonomics allows higher levels of concentration and lowers fatigue to give you better performance. It enables relaxed, stress-free viewing and the eyepiece-less design reduces eye activity, and thus eye strain.

Mantis stereo microscopes offer unparalleled image quality for 3D observations and manipulation of a wide range of subjects. Utilizing a eyepiece-less design, Mantis technology projects a large high-quality 3D image directly to the eye, enabling enhanced hand-eye coordination. The Dynamic View Optics feature allows for a stereo view that changes as the user moves their head, providing greater information and understanding. High-performance digital imaging capabilities, including the ability to share images in real-time, further improve reporting and communication.

To ensure the highest image quality, Mantis offers a range of optical lens with dedicated lenses constructed from the finest optical quality glass and special coatings to give a high resolution, high-contrast view. Additionally, Mantis provides a unique package of ergonomic benefits including extended pupil eyepiece-less technology for increased eye comfort and postural comfort, which allows for a natural ability to move while working, and improves hand-eye coordination. The user interface is straightforward with simple to operate controls, while the five different illumination modes enhance 3D illumination, allow for inspection of coatings and fluorescing agents, and provide contrast-enhancing, pseudo dark-field illumination for low-contrast subjects.

Overall, Mantis stereo microscopes are an ergonomic and powerful tool for professionals who require high-quality observations and manipulations of subjects in 3D.

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