Tracey Technologies, Corp. - Ray-tracing Wavefront Aberrometry for Eye Care

<%@LANGUAGE="JAVASCRIPT" CODEPAGE="1252"%> Tracey Technologies, Corp. - Ray-tracing Wavefront Aberrometry for Eye Care - iTrace Untitled Document

Why do I need an iTrace?

The iTrace provides unique diagnostic and treatment information about your patients so that you can:

Improve treatment outcomes by determining the origin of aberrations (cornea vs. lens) and selecting the proper procedure: LASIK? Refractive lensectomy? Wavefront-guided contacts? The iTrace also provides information for IOL selection, toric lens orientation and tracks visual function changes over time.
Analyze refractions on a multi-zone basis and solve the mystery in complaints about night and day vision fluctuations and post-operative dissatisfaction. Also track changes from scotopic to photopic conditions.
Assess aberropia in the most complex cases - the highly aberrated eyes that cannot be measured with other aberrometers. Also, the iTrace can measure a broad range of pupil sizes with no data sacrifice.
Objectively measure accommodation with the iTrace's unique near-point refraction feature in phakic and in pseudophakic eyes.
Save time and space, while improving efficiency with this 5 in 1 system: Corneal Topographer, Auto-refractor, Wavefront Analyzer, Pupillometer and Keratometer.
Complement other diagnostic instruments in your practice by combining the iTrace's visual function analysis with structural analysis from OCT and Scheimpflug cameras to give you complete understanding of both the form and the function of the eye.
Become a better patient educator by illustrating your patient's vision to your patient with the iTrace's true point spread function analysis and the simulated Snellen Letter acuity display.
Achieve better auto-refraction by eliminating instrument accommodation through natural, open-field evaluation of the total visual function.

The iTrace features:

Giving you the ability to:

AutoRefraction with Multi-Zone Analysis	Compare day and night vision.
Accurate Ray Tracing Aberrometry	Evaluate all eyes, even highly aberrated eyes, through virtually any sized pupil from as small as 2mm up to 8mm.
Accommodation Volume Measurement with unique near point refraction	Measure accomodation to determine best refractive alternatives for your presbyopic and cataract patients.
Pseudophakic Eye Measurement	Analyze accommodating and multifocal IOL implants.
Binocular Open Field Fixation	Avoid instrument accommodation and test vision in natural binocular environment.
Pupillometry Analysis	Evaluate pupil sizes from scotopic to photopic conditions.
True Point Spread Function Analysis with simulated Snellen letter acuity	Educate your patients and demonstrate their visual symptoms.
Lens Aberration Analysis	Study cataract effects and internal ocular aberrations. Improve refractive procedure selection for your patients.
Integrated Corneal Topography	Analyze corneal aberrations with complete corneal diagnostic Indices.
Modulation Transfer Function Analysis*	Objectively interpret the eye's ability to resolve spatial frequency and contrast sensitivity.
iTrend Multi-Exam Trend Analysis*	Track changes in visual function over time.
Corneal Asphericity and Spherical Aberration Analysis of Lens and Cornea	Determine advanced IOL calucations with the assitance of this analysis.
Accurate and Complete Wavefront Input	Provide wavefront-guided soft contact lenses** using the iTrace input.

* Available with the iTrace Workstation software.

** Tracey link with CustomVis solid-state laser. Contact lenses from WaveTouch Technologies.

	iTrace Overview
	Technology Background
	Benefits
	iTrace Video Library
	iTrace Tutorials

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