iTrace Wavefront Aberrometer

CORNEAL TOPOGRAPHERS - Anterior / Posterior

iTrace Wavefront Aberrometer

1,000.00

The iTrace, is a 5-in-1 device displays the full visual function of a patient’s eye with a simple scan. While the iTrace can certainly be used as a standalone wavefront aberrometer, autorefractor, keratometer, pupillometer, or corneal topographer, leveraging the combined picture of these individual measurements in your office can improve surgical outcomes and patient satisfaction.

The iTrace is a single piece of ophthalmic diagnostic equipment that performs both wavefront aberrometry and corneal topography with a simple, quick set of scans. After capturing these two distinct measurements with ray tracing and Placido disk technology, the iTrace performs a complete analysis and generates a literal picture of a patient’s visual function in milliseconds.


Product Features

  • Understand the source of the aberrations to diagnose Dysfunctional Lens Syndrome and determine candidacy for premium IOL options
  • Toric Check
  • Improve precision in Toric IOL surgery with the iTrace Toric Planner
  • iTrace Prime — broadens the impact the device can make for the modern practitioner on their ability to produce the best possible outcomes for their patients
  • Know if a patient’s optical system will align with a multi-focal before you do surgery

 

Specifications


  • Measurement range: +/- 15 D sphere +/- 10 D cylinder
  • Pupil scan size: 2.5 mm to 8.0 mm diameter
  • Accuracy: +/- 0.10 D
  • Reproducibility: +/- 0.10 D
  • Footprint Dimensions: 13.0 in (33.0 cm) x 17.0 in (43.2 cm)
iTrace Wavefront Aberrometer benefits
  • Identify and map higher and lower order aberrations throughout the anterior segment.
  • Assess progression of corneal and lens dysfunction.
  • Understand exactly how these errors affect your patients’ visual performance.
  • Track the exact source of any vision issues.
  • Objectively quantify vision loss over time and helps patients understand their eyesight.
  • Precise calculation of higher and lower order aberrations.