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QUICKSEE HANDHELD AUTO REFRACTOR
Product code: AUQSEE
QuickSee enables accurate auto refraction, anywhere.
QuickSee’s 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™ performs continuous data analysis to precisely determine low-order refractive errors, making QuickSee as accurate as the high-end clinical desktop autorefractors and demonstrating excellent agreement with subjective refraction.
Accessible for patients with mobility issues and/or physical challenges
Binocular measurements in 10 seconds
Handheld - easy to use anywhere and patient friendly
Strong agreement with subjective refraction
Operates in humid and dusty environments
Can be used indoors and outdoors, in most light settings
Includes hardened carrying case
Up to 8 hours continuous use on battery
Operates while tethered for charging
How QuickSee works
QuickSee's open view binocular design reduces device-induced myopia and accommodation. Patients simply look though QuickSee like a pair of binoculars at a target at least 3-6 meters (~10-20 ft.) away, instead of at a virtual image in a traditional closed view system.
By using wavefront aberrometry to measure refractive error, QuickSee captures information that is unavailable to traditional autorefractors. This additional information enhances vision care professionals’ assessment of what refractive correction is needed, whether by eye surgery or eyeglass prescriptions.
Dynamic measurements enable QuickSee to provide highly confident measurements. Patients’ eyes are relaxed and allowed to function normally, and they don’t require cycloplegia, for precise measurements of refractive error in the eyes’ natural state.
The technology inside QuickSee has been clinically-evaluated in five IRB-based studies and documented in seven peer-reviewed publications and conference abstracts.
Binocular and open view
Reduces patient accommodation for more reliable measurements
Provides the most comprehensive method to measure ocular aberrations and refractive errors
Produces results with high confidence
Accurate for use in practice, durable for use in the field