Better information. Better recommendations.​

QuickSee Free Pro gives clinicians a more complete optical picture in a multimodal handheld system built for modern care delivery.

  • Measure with confidence using clinically validated objective data
  • Streamline workflow with a handheld, fast, flexible device
  • Support patient trust with clear results and visual reports
Get a demo or trial

Reduce refraction guesswork with a more complete optical picture​

A standard objective refraction reading is useful. But in many patients, clinicians benefit from a fuller understanding of optical quality before refining a prescription.

QuickSee Free Pro is designed to provide that broader view. By combining autorefraction, keratometry, and wavefront-based optical analysis in a single handheld device, it helps you cross-check findings, recognize optical complexity earlier, and move into subjective refinement with better context. That means less trial-and-error and more confidence in your recommendations.

What “multimodal” means​

QuickSee Free Pro brings together three types of objective insight in one efficient measurement:

  • Autorefraction for refractive error estimation
  • Keratometry for corneal curvature data
  • Wavefront-based optical analysis for a more complete optical picture, including low- and high-order aberration information

Used together, these measurements help clinicians understand not just what correction may be needed, but why a patient’s optics may be more complex than a basic reading suggests.

QuickSee Free Pro gathers detailed autorefraction, keratometry, and wavefront aberrometry data in once click, as shown here by the free Companion App

Powered by handheld wavefront aberrometry

Wavefront aberrometry measures how light travels through the eye, capturing more complete optical information than standard refraction data alone. In QuickSee Free Pro, that capability is built into a handheld, software-supported system designed for real-world practice.

For clinicians who already know wavefront, this is advanced optics made practical. For clinicians new to it, the value is simple: a stronger objective starting point for clinical recommendations.

Wavefront map from a QuickSee Free Pro measurement, as seen in the Companion App

Built for modern clinical workflows

QuickSee Free Pro supports practices that need speed, flexibility, and strong objective information without adding complexity to the exam flow.

Fast

Get results in one quick measurement, with continuous capture designed for reliable performance in real patients.

Mobile

Use it where you need it: exam lane, satellite setting, mobile care environment, or any workflow where space-saving and portability matter.

Open view

Open-view measurement supports a more natural viewing experience and helps reduce accommodation-related issues.

Clinically evaluated. Practically useful.

QuickSee technology has been clinically evaluated in more than 25 IRB-based studies and documented in 14 peer-reviewed publications and conference abstracts. Results compare strongly with subjective refraction and desktop AR/K systems, supporting its use as a reliable objective starting point in a wide range of care settings. 

  • Strong agreement with subjective refraction in adult studies
  • Comparable performance to desktop autorefractors in multiple evaluations
  • Equal or near-equal patient acceptance of prescriptions in key studies
  • Effective performance in pediatric and outreach contexts as well as standard clinical settings

Capable where workflow and access matter most​

QuickSee Free Pro is designed to support clinically accurate objective refraction in settings where traditional equipment can be impractical or limiting.

Clinical and optical practices

Support efficient objective measurement and smoother transitions into subjective refinement.

Mobile and community care

Bring strong measurement capability to settings where portability matters.

Pediatric and accommodation-sensitive patients​

Open-view design can be especially valuable where accommodation control matters.

A connected refraction system, not just a device

The Companion App extends QuickSee Free Pro beyond measurement alone. It supports deeper analysis, patient education, data management, device updates, and printable reports that help make recommendations easier to explain and easier for patients to trust. Your software should amplify clinical value, not sit on the sidelines.

  • Wavefront maps and advanced optical data
  • Visual acuity simulations for patient education
  • Printable reports to support recommendations
  • Device updates and future-ready workflow support

Companion App available for MacOS, Windows, and Android devices

Printable exam reports educate your patients about your correction recommendations

"With so many patients to see in a short time, we had to go very fast. QuickSee was a tremendous asset."

Alan Glazier, OD
Shady Grove Eye and Vision Care (Rockville, MD) and ODs on Facebook community leader, who used QuickSee in a mission to hurricane-devastated islands

"A significant bottleneck in giving corrective glasses to the over a billion people who need them is the inability to provide an accurate prescription. There just aren’t enough skilled people available to do this nor the right technology that is accurate, easy to learn, affordable and portable. This indeed is the urgent innovation need of the day to help people see better."

Thulasiraj Ravilla
Director-Operations, Aravind Eye Care System  

"It was for me love at first sight on the equipment that I wanted, and we got it. What the ideal thing of QuickSee is that it's very accurate… QuickSee is the best solution for this that I’ve seen, and the most affordable one."

Bijan Azami
Founder, Two Billion Eyes

Get a demo or trial

See how a more complete optical picture fits your practice​

QuickSee Free Pro helps you reduce guesswork, support more confident recommendations, and bring strong objective measurement into the workflows where you need it most.

If you’re ready for a 10-day trial in your practice right now, click the button immediately below. Or if you’d like to learn more and get an online demo first, tell us more about yourself below. One of our associates will reach out to you by telephone or email shortly to answer your questions and arrange a next step. 

Want a trial device right away? ​

If you would like to try QuickSee Free or QuickSee Free Pro in your practice, please visit our Trial Program page to act quickly.

Start a trial in your practice

Clinical performance specifications​

AUTOREFRACTOR
Pupil size2 to 8 mm
Intended patient population>= 3 years
Accommodation control Open view, Fogging lens (optional)
Cycloplegia requirementNone
Dilation requirementNone
Illumination requirementNone
Acquisition time5, 10 seconds
Spherical range-13D to +10D, increments of 0.01D, 0.125D, 0.25D
Cylindrical range-8D to +8D, increments of 0.01D, 0.125D, 0.25D
Axial range0–180º, increments of 1º, 5º, 10º
Base technology Wavefront aberrometry
KERATOMETER
Radius of curvature5 to 12 mm in 0.01 mm increments
Corneal astigmatism0 D to +/- 8 D (R 5 to 12mm)
CenterDiameter 3.2 mm at Radius of curvature 8 mm
Pupil size measurementDisplayed in advanced refraction metrics, Companion App, and printed results
Get a demo or trial

Technical specifications​

Measurement modes (QuickSee Free Pro)Simultaneous AR and K, AR only, and K only
Display properties2.4-inch LCD, capacitive touch screen, readable outdoors, true color (65,536 colors)
Charger propertiesUSB-C medical grade wall adapter, AC 100 to 240V, 50/60 Hz
Battery 6 hours continuous use +/– 1 hour (10,000 mAh Li-ion);
3 hours charge time (5% - 75%);
5 hours charge time (0% - 100%);
IEC 62133-2:2017 certified
CalibrationFactory calibrated; no field calibration needed
Measurement capacityMeasurement storage capacity: > 10,000 measurements
Regulatory classification
(medical device)
Class I FDA (USA), Class IIa Product CE, MDR Compliant, Class IIa, UKCA, MDR 2002 Compliant
Laser safetyClass 1, IEC 60825-1:2014 certified
Weight< 750 grams / 1.65 lbs
Dimensions30 cm (H) x 5.5 cm (W), 18 cm (L)