Fast, accurate measurements for easy transition to subjective refraction

QuickSee combines the accuracy of gold-standard benchmarks with unmatched usability to perform measurements in seconds for about 1/2 the cost.

Fast, accurate measurements for easy transition to subjective refraction

QuickSee™ combines the accuracy of gold-standard benchmarks with unmatched usability to perform measurements in seconds for about 1/2 the cost.

The QuickSee difference

Key features
  • Objective autorefraction based on dynamic aberrometry and smart Rx algorithms
  • Binocular, open view helps reduce instrument-induced myopia
  • Handheld, intuitive design; easy to use for optometrists and patients alike; no patient feedback required
  • Measurements in 10 seconds

Unlike conventional autorefractors, QuickSee uses wavefront aberrometry to precisely determine low-order refractive errors, enabling highly accurate, objective measurements anywhere.

And because of its compact design and fast, accurate measurements, QuickSee can streamline your clinical workflow, declutter your practice environment, and improve your patients’ experience.

The technology inside QuickSee has been clinically-evaluated in five IRB-based studies and documented in five peer-reviewed publications and conference abstracts. FDA Class I 510(k) exempt medical device registration.

How was it validated? What patients does it work on? How are data handled?

Get answers to these and other frequently asked questions

10 seconds to accurate measurement


The QuickSee difference

Key features
  • Objective autorefraction based on dynamic aberrometry and smart Rx algorithms
  • Binocular, open view helps reduce instrument-induced myopia
  • Handheld, intuitive design; easy to use for optometrists and patients alike; no patient feedback required
  • Measurements in 10 seconds

Unlike conventional autorefractors, QuickSee uses wavefront aberrometry to precisely determine low-order refractive errors, enabling highly accurate, objective measurements anywhere.

And because of its compact design and fast, accurate measurements, QuickSee can streamline your clinical workflow, declutter your practice environment, and improve your patients’ experience.

The technology inside QuickSee has been clinically-evaluated in five IRB-based studies and documented in five peer-reviewed publications and conference abstracts. FDA Class I 510(k) exempt medical device registration.

10 seconds to accurate measurement


Details

QuickSee is carefully designed against the following specifications:

TechnologyWavefront Aberrometry
Weight2.3 lbs (1kg)
Accommodation ControlOpen View
Measuring Wavelength785 nm
Spherical Range-10D to +10D, increments of 0.01D, 0.125D, 0.25D
Cylindrical Range-6D to +6D, increments of 0.01D, 0.125D, 0.25D
Axial Range0-180º, increments of 1, 5, 10 degree
Interpupillary Distance Range47–78 mm continuous
Device Dimensions11x6.5x3.25 in (28x16.5x8.25 cm) / 2.3lb (1kg)
Intended Patient Population5-85 years old
Dilation RequiredNone
Cycloplegic RequirementsNone
Calibration RequirementsNone
Office Illumination RequirementsWorks in any illumination
Specialized Furniture RequirementsNone
Storage/TransportTravel hardshell case included
FDA StatusFDA Class I
Data AcquisitionVideo
Pupil Size2 – 8mm
Laser SafetyClass I
InterfacesBluetooth, USB
MaterialsThis product is latex-free
Battery Specifications6–8 Hours of operation; 4 hours charge time (8 hours for initial charge)
Time per Measurement10 seconds