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VisionSuite

Refraction, IOL calculations and visual fields in the chart — and the glaucoma, squint, low-vision, graft and vitrectomy follow-ups.

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What it is

Refraction workflows, biometry-fed IOL power calculations and visual field results stored as structured observations. The cataract pathway follows each eye from its signed calculation to the case listed on that side, the lens recorded in theatre and the first refraction after surgery, with the result’s spherical equivalent against the target the calculation was signed for, and flags a missing post-op refraction after the practice’s own interval. The Contact lenses screen fits lenses eye by eye with trial lenses: the keratometry and refraction the fit starts from, each trial lens with how it sat, the lens chosen and the review date the fitter sets, so an overdue review shows first; the final lens is released for dispensing only after a review of the chosen lens. Refractive screening takes a LASIK, PRK, SMILE, ICL or lens-exchange candidate through the clinic’s own checks before listing: the topography as the device reported it (K readings, Kmax, pachymetry, posterior elevation), the refractions on file over time, every red flag on the clinic’s own list answered for each eye, and the surgeon’s decision (candidate, not a candidate, another procedure, or a repeat scan on a date) with the reason, so a declined patient’s file says why. Eye clinics follow a patient in glaucoma, squint and amblyopia, orthoptic exercises, low vision, a corneal graft or a vitrectomy: the doctor sets each patient’s plan — the target pressure for each eye, the review interval, the patching, exercises, posturing or aid in their own words, and the date silicone oil comes out — and each visit records what was measured with the tonometer, acuity notation (Snellen, LogMAR) and angle method (cover test, prism cover test, Hirschberg, Krimsky) named, the hours of patching or posturing reported, the graft and retina as the examiner saw them, and a low-vision aid tried or prescribed for a named task. Glaucoma visits sit beside the patient’s visual fields. A pressure above the doctor’s target, a graft with rejection signs or a retina not attached waits on top until a doctor reviews it; a missed review or oil due comes next.

Who uses it: Built for: Ophthalmology
Reads: Observations, device results
Writes: Refractions, IOL calculations, the cataract pathway’s outcome, contact lens fits and reviews, refractive screenings and candidacy decisions, eye clinic follow-ups, plans and visits
Never: It does not pick the lens.
Access: Only people whose role includes it — the clinic owner decides who
Your data: Full PHI. Hosted in Boston, United States. On uninstall: All clinical data stays in the record.

In the product

Who uses it: Doctor — the demo profile it is best tried as
Where it opens: Clinical › Vision /vision
Permission: vision.read

Every clinical app in the handbook →

How it works

Record the refraction per eyeSphere, cylinder, axis, add and the visual acuity, one row per eye — a cylinder without an axis is refused as half a prescription, and the acuity ladder draws where each eye landed.
Draft the IOL calculation and sign itAxial length, K1, K2, the formula, the target and the lens model; an eye with an unsigned calculation is refused another until that one is signed. It signs only with a recommended lens power, once, and is then frozen.
Record the visual field honestlyMD and PSD go in with the reliability; an unreliable field cannot carry an interpretation and has to say why. Read the MD trend — reliable fields only: the change between serial fields, which an unreliable one never enters.
Follow glaucoma, squint, low-vision, graft and vitrectomy patientsOn Eye clinics, pick the clinic and start a follow-up; the doctor sets the plan — the target pressure for each eye, the review interval, the patching, exercises, posturing or aid in their words, and the silicone oil removal date. Each visit records what was measured with the tonometer, acuity chart and angle method named. A pressure above the doctor’s target, a graft with rejection signs or a retina not attached waits on top until a doctor reviews it; a missed review or oil due comes next.

Rules it keeps

What it does not do, by design. A listing with only benefits is an advertisement.

It does not pick the lens.

It shows the formulae, their inputs, and the surgeon signs.

It does not read a topography map or apply a cut-off to one: the red flags are the clinic’s own, and the surgeon decides candidacy.

It sets no target pressure, patching dose or posturing rule: the doctor sets each patient’s plan.

AI in VisionSuite

AskQuestions about what is on screen — “What needs attention in VisionSuite today?” — answered with the records it read.

DraftSummaries and notes for the team, marked as drafts until a person signs.

Every answer shows its sources. Nothing AI writes is saved until a person accepts it.

See it on screen

VisionSuite — Vision — Eye tests: refraction, lens power and fields — 01Vision — Eye tests: refraction, lens power and fieldsCaptured from the running demo clinic

01Vision — Eye tests: refraction, lens power and fieldsCaptured from the running demo clinic

1 of 1

Connected to

Read out of the code, not the brochure: each app below is here because one service queries the other’s tables. Install either side and the hand-over is already wired.

Reads from · 3

CaseLine IOLScanCheck Patient Registry

Hands to · 2

IOLScanCheck OptomDesk

See the whole clinic →

Questions clinics ask

What does VisionSuite do?

Refraction, IOL calculations and visual fields in the chart — and the glaucoma, squint, low-vision, graft and vitrectomy follow-ups. Refraction workflows, biometry-fed IOL power calculations and visual field results stored as structured observations. The cataract pathway follows each eye from its signed calculation to the case listed on that side, the lens recorded in theatre and the first refraction after surgery, with the result’s spherical equivalent against the target the calculation was signed for, and flags a missing post-op refraction after the practice’s own interval. The Contact lenses screen fits lenses eye by eye with trial lenses: the keratometry and refraction the fit starts from, each trial lens with how it sat, the lens chosen and the review date the fitter sets, so an overdue review shows first; the final lens is released for dispensing only after a review of the chosen lens. Refractive screening takes a LASIK, PRK, SMILE, ICL or lens-exchange candidate through the clinic’s own checks before listing: the topography as the device reported it (K readings, Kmax, pachymetry, posterior elevation), the refractions on file over time, every red flag on the clinic’s own list answered for each eye, and the surgeon’s decision (candidate, not a candidate, another procedure, or a repeat scan on a date) with the reason, so a declined patient’s file says why. Eye clinics follow a patient in glaucoma, squint and amblyopia, orthoptic exercises, low vision, a corneal graft or a vitrectomy: the doctor sets each patient’s plan — the target pressure for each eye, the review interval, the patching, exercises, posturing or aid in their own words, and the date silicone oil comes out — and each visit records what was measured with the tonometer, acuity notation (Snellen, LogMAR) and angle method (cover test, prism cover test, Hirschberg, Krimsky) named, the hours of patching or posturing reported, the graft and retina as the examiner saw them, and a low-vision aid tried or prescribed for a named task. Glaucoma visits sit beside the patient’s visual fields. A pressure above the doctor’s target, a graft with rejection signs or a retina not attached waits on top until a doctor reviews it; a missed review or oil due comes next.

What data does VisionSuite read and write?

VisionSuite reads observations, device results and writes refractions, IOL calculations, the cataract pathway’s outcome, contact lens fits and reviews, refractive screenings and candidacy decisions, eye clinic follow-ups, plans and visits. Its data class is Full PHI. Every app works on the same patient record — nothing is copied into a silo.

What does VisionSuite deliberately not do?

It does not pick the lens. It shows the formulae, their inputs, and the surgeon signs. It does not read a topography map or apply a cut-off to one: the red flags are the clinic’s own, and the surgeon decides candidacy. It sets no target pressure, patching dose or posturing rule: the doctor sets each patient’s plan.

What happens to our data if we uninstall VisionSuite?

All clinical data stays in the record.

Is VisionSuite available today?

Yes — VisionSuite is live in clinics today. Set up your practice on MedAppz and install it from your dashboard.

Want to see VisionSuite running on your own patients?

Tell us what you run and we will show you this app inside a practice shaped like yours — or answer the question the page above did not.

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