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Imagine Eyes - Adaptive optics, adapted to eye care™

Imagine Eyes provides advanced ophthalmic devices for cellular-level retinal imaging, refractive diagnosis, and vision research.  Our products combine unequalled performance with wide-ranging functionalities to offer clinicians and researchers the technology they need to help preserve and improve vision. Click on the products below to learn more. To reach a salesperson, call us on +33 (0)1 64 86 15 66 or click here to contact us by e-mail.

rtx1™ Adaptive Optics Retinal Camera *   crx1™ Adaptive Optics Visual Simulator *
rtx1

The rtx1 Adaptive Optics Retinal Camera* is the first compact device that enables ophthalmologists to visualize the retina at the cellular-scale in vivo.
Learn more.

   crx1

The crx1 Adaptive Optics Visual Simulator* allows customers to simulate the effects of optical or surgical corrections on human vision in a completely non-invasive and reversible manner. Learn more.
     
AOKit™ - eye   irx3™ Wavefront Aberrometer **
aokit

The AOKit - eye is the ideal package for basic and industrial researchers that want to create their own adaptive-optics retinal imaging or vision simulation systems Learn more.

   irx3

The irx3 Wavefront Aberrometer provides high-precision analysis of refractive errors and accommodation over an extremely large dynamic range. Learn more.

News & upcoming events

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mirao's performance compared with other commercial deformable mirrors

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During the annual Photonics West tradeshow in San Jose, Dr. Nicholas Devaney (Applied Optics Group, Department of Experimental Physics, National University of Ireland, Galway) presented "Characterisation of MEMs mirrors for use in atmospheric and ocular wavefront correction" that showcased the work he and his team had performed to characterize various deformable mirrors and their suitability for these applications.  Our mirao 52-d performed admirably.

Characterisation of MEMs mirrors for use in atmospheric and ocular wavefront correction

Authors: Nicholas Devaney; Derek Coburn; Chris Coleman; J. Christopher Dainty; Eugenie Dalimier; Thomas Farrell; David Lara; David Mackey; Ruth Mackey

Abstract - The Applied Optics group at the National University of Ireland, Galway, is engaged in research into various aspects of the application of adaptive optics to both ocular and atmospheric wavefront correction. A large number of commercially available deformable mirrors have been selected by the group for AO experiments, and these mirrors have been carefully characterised to determine their suitability for these tasks. In this paper we describe the approach we have used in characterising deformable mirrors and present results for several MEMs mirrors, including membrane mirrors from AgilOptics and Flexible Optical BV, a segmented micromirror from IrisAO and a 140-actuator mirror from Boston micromachines. Click here to view the paper on the SPIE website.