How QuickSee works

Key features

Binocular and open view: Reduces patient accommodation for more reliable measurements
Wavefront aberrometry: The most comprehensive method to measure ocular aberrations and refractive errors
Dynamic measurements: Produces results with high confidence

QuickSee is the world’s most accurate handheld autorefractor. Its combination of the open view binocular design, wavefront aberrometry, and dynamic measurements produce clinically accurate autorefraction measurements, in a durable handheld format suitable for use in clinics and in the field.

The patented PlenOptika Wavefront Refraction Engine™, performing continuous data analysis to precisely determine low-order refractive errors, makes QuickSee is as accurate as the high-end clinical desktop autorefractors and demonstrates excellent agreement with subjective refraction.

The technology inside QuickSee has been clinically-evaluated in five IRB-based studies and documented in five peer-reviewed publications and conference abstracts. QuickSee has 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

How QuickSee works

Key features

Binocular and open view: Reduces patient accommodation for more reliable measurements
Wavefront aberrometry: The most comprehensive method to measure ocular aberrations and refractive errors
Dynamic measurements: Produces results with high confidence

QuickSee is the world’s most accurate handheld autorefractor. Its combination of the open view binocular design, wavefront aberrometry, and dynamic measurements produce clinically accurate autorefraction measurements, in a durable handheld format suitable for use in clinics and in the field.

The patented PlenOptika Wavefront Refraction Engine™, performing continuous data analysis to precisely determine low-order refractive errors, makes QuickSee is as accurate as the high-end clinical desktop autorefractors and demonstrates excellent agreement with subjective refraction.

The technology inside QuickSee has been clinically-evaluated in five IRB-based studies and documented in five peer-reviewed publications and conference abstracts. QuickSee has 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

Clinical Performance Specifications

Intended patient population	5–85 years old
Accuracy (agreement with subjective refraction)	<= 0.25 D: 60-70% of patients <= 0.5 D: 80-90% of patients (see publications)
Cylindrical range	-6D to +6D, increments of 0.01D, 0.125D, 0.25D
Axial range	0–180º, increments of 1, 5, 10 degrees
Spherical Range	-10D to +10D, increments of 0.01D, 0.125D, 0.25D
Interpupillary distance range	47–78mm continuous
Accommodation control	Binocular open view
Pupil size	2–8mm
Cyclopegia requirement	None
Amblyopia or strabismus	May require monocular measurement
Contact lens wearers	Over-refraction compatible
Dilation requirement	None
Illumination requirements	Works in any illumination
Furniture requirements	None
Materials	This product is latex-free
Storage/transport	Travel hardshell case included

Technical Specifications

Technology	Wavefront aberrometry
Measurement mode(s)	Binocular and monocular
Measurement time	10 seconds
Calibration	Factory calibrated, no field calibration needed
Battery life	5–6 hours of operation; 4 hours charge time (8 hours for initial charge)
Communications	Bluetooth via QuickSee Companion App and Bluetooth printer
Measurement capacity	10,000 measurements
Regulatory	Class I Class IIa Product CE
Laser safety	Class 1, enclosed
Electrical safety	Compliant with IEC 60601-1(2005, 3.1 ed.)
Weight	3.14lbs / 1.42kg (without case) 6.95lbs / 3.15kg (with case)
Dimensions	6.5 x 11 x 3.25 '' / 16.5 x 28 x 8.25 cm
Warranty	1 year warranty

How QuickSee works

Key features

How QuickSee works

Key features

Clinical Performance Specifications

Technical Specifications

Simple, handheld, and rugged design

Easy to learn, easy to use, and patient friendly