Why a resource hub matters
Surgeons often search for a task, not a product: IOL calculator comparison, toric IOL planning, post-LASIK calculation, IOL constants, exchange planning, or how to document the final lens choice. A useful planning layer should help route the surgeon to the right task while preserving an evidence trail.
PrecisionIOL should compete on the workflow around those resources: what was checked, why the case is complex, where formulas disagree, how toric assumptions were documented, and how the plan moves from clinic to ASC.
Start with the task
| Task | Use PrecisionIOL for | External verification |
|---|---|---|
| IOL formula calculator comparison | Display available nonproprietary outputs, formula spread, outlier flags, and a rationale note for surgeon review. | Use official proprietary calculators when Barrett, Kane, Hill-RBF, EVO, PEARL-DGS, or other protected formulas are needed. |
| Toric IOL planning workflow | Document K source, posterior cornea assumption, SIA, planned axis, residual cylinder, and rotation sensitivity. | Confirm with surgeon-preferred toric calculators and device outputs when required. |
| Post-refractive IOL calculation | Flag LASIK, PRK, RK, missing historical data, irregular cornea, and formula disagreement risk. | Use official ASCRS/APACRS/Barrett True-K style workflows where applicable. |
| Premium IOL counseling | Match patient goals to monofocal, toric, EDOF, trifocal, and adjustable pathways with patient-ready language. | Confirm lens-specific claims against FDA labeling, SSED data, and manufacturer materials. |
| IOL constant optimization | Keep constants visible as surgeon-specific assumptions and documentation fields. | Reference IOLCon, ULIB-style resources, manufacturer values, and local outcome tracking. |
| IOL exchange or refractive surprise | Frame as a structured review of target, current refraction, implanted IOL, ocular status, and external calculation resources. | Use surgeon-preferred exchange/surprise calculators and clinical judgment; do not automate treatment choice. |
| AI biometry and IOL prediction | Track device source, measurement quality, validation context, multi-ethnic performance concerns, and surgeon verification status. | Use research or device-specific AI outputs only within their intended use and validation limits. |
| Aphakic or secondary IOL planning | Route the case as a high-risk planning workflow with ocular status, fixation strategy, target, assumptions, and documentation prompts. | Use surgeon-preferred secondary-IOL resources and validated methods; do not automate treatment choice. |
| Piggyback IOL planning | Frame the residual refractive error, implanted primary IOL, target, sulcus/anatomic considerations, and counseling notes. | Use published-method or surgeon-preferred calculators and confirm safety/anatomic fit clinically. |
| ASC IOL inventory planning | Track planned model, power range, backup lens, delivery system, package notes, and inventory exceptions for the final handoff. | Match local inventory systems, payer rules, lens availability, and ASC policy. |
| OR and ASC handoff | Create a final verification record with eye, IOL model, power, toric axis, target, backup lens, package/delivery notes, and checklist prompts. | Match local ASC policy, lens inventory systems, and surgical time-out procedures. |
PrecisionIOL workflow pages
Connected Cataract Workflow
A vendor-neutral response to broad ophthalmic workflow platforms: cataract-specific formula transparency, toric planning, premium counseling, OR handoff, and outcomes.
Cataract Surgery Center Workflow
Clinic-to-ASC readiness, missing-information flags, IOL inventory, ordering friction, toric verification, and final handoff documentation.
EDOF IOL Planning
Diffractive vs refractive tradeoffs, halos, contrast expectations, toric needs, mini-monovision, and patient-fit counseling.
AI Biometry and IOL Prediction
SS-OCT, IOLMaster 700 comparison, raw scan review, model validation, multi-ethnic performance, and surgeon-reviewed workflow.
Formula Evidence Hub
Formula-aware planning, disagreement framing, and external calculator boundaries without reproducing proprietary formulas.
Toric IOL Workflow
Posterior cornea, SIA, axis confidence, rotation sensitivity, and documentation.
Post-Refractive Workflow
LASIK, PRK, RK, posterior corneal data status, warning states, and official calculator link-outs.
Premium IOL Decision Support
Patient goals, ocular risk, dysphotopsia tolerance, premium fit, and explainable recommendation rationale.
OR Handoff Checklist
IOL model, power, eye, toric axis, delivery-system notes, backup lens, and final verification prompts.
Device-Agnostic Import
IOLMaster, ARGOS, Lenstar, Pentacam, Cassini, raw scan review, manual entry, and surgeon-controlled verification.
Complex-IOL and inventory resource routing
Exchange, aphakic/secondary IOLs, piggyback IOLs, ASC inventory, and mission inventory planning are specialist workflows. PrecisionIOL should help organize these tasks into a safer clinical record: route to trusted external resources, document the assumptions, and carry a clear plan into the OR.
IOL exchange and refractive surprise
Use PrecisionIOL for documentation of the original target, current refraction, implanted lens, ocular status, and external resource links.
Aphakic and secondary IOL
Treat as specialist planning with fixation strategy, anatomic considerations, target selection, and clinician-authored rationale.
Piggyback IOL
Capture primary IOL details, residual refraction, target, sulcus/anatomic considerations, and patient counseling.
ASC and mission inventory
Connect model, power, backup lens, delivery system, inventory exceptions, and mission/ASC logistics to the final handoff.
External resources to keep in the workflow
Official and public calculator resources should remain linked, reviewed, and documented rather than copied without permission: ASCRS post-refractive calculator, APACRS calculator, Hill-RBF Calculator, EVO IOL Calculator, IOLCon constants, and the FDA PMA database.
How to differentiate from resource directories
- Resource directories help surgeons find links. PrecisionIOL should help surgeons convert those links into a reviewed plan.
- Every complex case should show the evidence trail: measurements, assumptions, formula spread, outlier flags, and final rationale.
- Premium IOL planning should connect candidacy, patient goals, visual simulation, and expectation-setting.
- The OR handoff should reduce transcription risk with a single final verification record.
- External proprietary tools should be cited as verification sources, not silently replaced.
Clinical decision-support framing
The safe product language is review, compare, support, explain, and document. PrecisionIOL should not claim autonomous lens selection or independent diagnosis. The surgeon remains responsible for choosing the lens, verifying calculator outputs, and applying clinical judgment.
Move from resources to a documented plan
Use PrecisionIOL to connect calculator outputs, toric assumptions, premium counseling, patient-ready explanation, and OR handoff in one workflow.
Open IOL Planner