High-Resolution, Multifunctional Wavefront Aberrometer for the Comprehensive Eye Examination
The MAXWELL™ Optical Wavefront Aberrometer is an innovative diagnostic instrument with a wide range of functions that permit eye care practitioners and researchers to effectively assess all of the wavefront aberrations present in a subject’s eye. This remarkable device offers the widest diagnostic wavefront range and functions on more than 99% of subjects. Beyond its superior performance in wavefront analysis, this versatile instrument provides professionals with all the information needed for a complete eye examination.
Measurements are displayed in an easy to interpret format and via an intuitive and user-friendly software interface. MAXWELL offers scientific users a complete collection of physical and optical algorithms and displays that allow them to meet their individual needs by rapidly configuring the way in which data is presented.
Technical Highlights
Wide wavefront measuring range available (−15 to +20 D sphere; −10 to +10 D cylinder)
Large area of analysis (7.2 by 7.2 mm)
High spatial resolution: 1024 sub-pupils (lenslets); corresponding to 230 μm
Superior precision: repeatability 0.003 D RMS
Incremental, programmable accommodation target
Clinically-oriented software interface
Diopter-based aberration coefficients
Patient’s retinal image display
Expandable functionalities with add-on software modules
MAXWELL™ incorporates wavefront technology developed by Imagine Eyes SARL, Orsay (France), a Ziemer Group partner company.