Key Takeaways from ASCRS 2026: What Cataract and Refractive Surgeons Are Prioritizing

Key Takeaways from ASCRS 2026: What Cataract and Refractive Surgeons Are Prioritizing

ASCRS 2026 confirmed what most ophthalmologists working at the intersection of surgical volume and technology have been sensing: the clinical side of cataract and refractive surgery is advancing faster than the systems supporting it. The conversations on the show floor, in the symposia, and in the hallways between sessions reflected a specialty in transition, and a technology market trying to keep up.

The American Society of Cataract and Refractive Surgery Annual Meeting is the largest gathering of cataract and refractive surgeons in the world. The 2026 conference drew practitioners from across the globe to examine advances in surgical technique, diagnostic technology, lens design, and the practice management infrastructure that makes high-volume cataract and refractive surgery clinically and financially sustainable.

Before ASCRS, the right preparation included reviewing the questions to ask every EHR vendor at ASCRS 2026, and those frameworks proved their value on the show floor. 

This post captures the dominant themes from ASCRS 2026 and explains what they mean for the technology decisions facing cataract and refractive surgery practices.

Artificial intelligence moved from theoretical discussion to practical demonstration at ASCRS 2026. Multiple sessions focused on AI-assisted IOL power calculation, pre-operative planning optimization, and post-operative outcome tracking. The clinical case for AI in cataract surgery is now supported by prospective data, not just retrospective analysis.

The implication for EHR decisions is direct. If AI-generated surgical planning data, biometry outputs, and post-operative outcomes live in a separate system from the clinical record, the clinical benefit is partially offset by workflow fragmentation. A platform that integrates AI surgical planning data natively into the pre-operative chart, carries that data through to the ASC encounter, and incorporates post-operative findings into the longitudinal record is a different capability than one that provides AI as a standalone module.

At ASCRS 2026, the practices presenting the strongest outcome data were using integrated workflows, not disconnected tools. The technology infrastructure supporting the surgical episode matters as much as the surgical technology itself.

For a practical breakdown of these claims, including what is live versus what is roadmap, read what AI in ophthalmology EHR actually means for your practice. 

Despite years of EHR evolution, documentation burden dominated hallway conversations at ASCRS 2026. The AMA 2024 Physician Burnout Data – EHR Still Follows Doctors Home data was cited multiple times in sessions: 42.9% of physicians name fewer EHR hassles as their most desired resource for maintaining workload. For high-volume cataract surgeons seeing 40 to 60 patients per day across multiple encounter types, documentation time is not a minor inconvenience. It is a structural threat to capacity and to career sustainability.

ASCRS 2026 made visible a growing divide between practices using AI-assisted ambient documentation and those still completing notes manually. Practices using specialty-trained AI documentation reported note completion before patients left the exam room. Practices on generic EHRs with AI documentation tools not trained on ophthalmology clinical language reported needing to correct AI-generated notes extensively, creating more work, not less.

The lesson from ASCRS 2026 on this theme is clear: AI documentation quality is determined by the training data. A model trained on ophthalmology clinical encounters produces different outputs than a model trained on general medical encounters and applied to ophthalmic workflows.

Cataract and refractive surgeons at ASCRS 2026 increasingly practice in multi-subspecialty environments. A single provider may manage glaucoma suspects, perform premium IOL consultations, handle corneal topography-guided planning, and manage refractive surgery candidates in the same session. The EHR must support all of these encounter types natively.

Conversations with attendees revealed consistent frustration with platforms that handle comprehensive ophthalmology encounters competently but require template customization, workarounds, or separate modules for subspecialty documentation. The premium IOL consultation is a notable example. This encounter requires integration of biometry data, topography analysis, patient preference documentation, and financial counseling records. Platforms that support this workflow natively were specifically identified as differentiators in peer conversations at ASCRS 2026.

The glaucoma comanagement workflow received similar attention. As cataract surgery becomes the preferred intervention for glaucoma suspects with concurrent cataract, the EHR must support combined surgical planning documentation without requiring separate charting environments.

Reimbursement complexity in ophthalmology continued to be a central concern at ASCRS 2026. Premium IOL billing, combined surgical and medical coding in the same encounter, optical dispensing integration, and the evolving landscape of MIPS quality measures under CMS created a coding environment that challenged even experienced billing teams.

Practices presenting at ASCRS 2026 with the strongest clean claim rates uniformly attributed their performance to integrated RCM that handles ophthalmology-specific coding logic natively. The separation between EHR documentation and billing system is where most revenue loss in ophthalmology practices occurs. When a coder must interpret a clinical note documented in a system that was not designed for ophthalmology and translate it into a billing system that also was not designed for ophthalmology, errors accumulate at both junctions.

Integrated platforms that embed ophthalmology CPT logic, modifier guidance, and real-time documentation adequacy checks within the clinical workflow eliminate these translation errors before they become denials.

Ambulatory surgery center integration emerged as a priority theme at ASCRS 2026 that received more attention than in prior years. As cataract surgical volume shifts increasingly to the ASC setting, the friction between the clinic EHR and the ASC documentation environment has become a daily operational challenge for high-volume practices.

At ASCRS 2026, the benchmark was chart continuity from the pre-operative exam to the ASC encounter to the post-operative visit without re-entry of data at any transition. A patient whose biometry, surgical plan, consent documentation, and pre-operative history exist in the clinic chart should arrive at the ASC with that information already in the surgical record.

Practices still reconciling paper ASC records with electronic clinic records, or re-entering pre-operative data at the ASC, described this process as one of their highest sources of documentation error and staff dissatisfaction. The message from ASCRS 2026 on ASC integration was that it is no longer an advanced feature request. It is an operational expectation.

Cataract and refractive surgery patients at ASCRS 2026 were described by speakers and attendees alike as arriving more informed, more demanding of transparency, and more responsive to digital communication than in any prior period. The practice’s digital presence, digital intake process, and post-operative communication cadence now influence surgical volume and patient satisfaction scores measurably.

Patient engagement tools that operate as separate, disconnected applications from the EHR create reconciliation burden and inconsistent patient data between the engagement layer and the clinical record. Integrated patient engagement, where digital intake forms populate directly into the pre-operative chart and post-operative surveys link to the clinical encounter, was identified at ASCRS 2026 as a meaningful operational differentiator for high-volume cataract practices.

One of the clearest signals from ASCRS 2026 was the growing sophistication of ophthalmologists in evaluating EHR platforms. The question ‘how many specialties does your platform serve’ was asked at vendor booths repeatedly by attendees who had been burned by roadmap promises on platforms primarily designed for other specialties.

The logic is straightforward. A platform directing 100% of its development resources at ophthalmology addresses ophthalmology-specific device integration, coding updates, and workflow needs with a focus that a platform dividing resources across 5, 11, or 26 specialties cannot match. ASCRS 2026 conversations made clear that this argument resonates with cataract and refractive surgeons evaluating long-term platform relationships, not just feature checklists.

The dominant question on the ASCRS 2026 show floor was not ‘what can this platform do?’ It was ‘was this platform built for what I do?’ That question separates specialty-native platforms from adapted general systems, and the answer determines long-term value.

See the platform your ASCRS peers are choosing. Download the Optivate at ASCRS 2026 resource and schedule a specialty demo. 

ASCRS 2026 provided a clear signal about where cataract and refractive surgery is heading: AI-integrated workflows, specialty-specific documentation, integrated RCM, seamless ASC continuity, and digital patient engagement are converging into a single platform requirement. The practices best positioned for the next five years are those making platform decisions based on these converging requirements today.

If your current EHR was not built for ophthalmology, the friction you experience is not an implementation problem or a training problem. It is a design problem, and it will not be solved by configuration. The ASCRS 2026 takeaway on this point was consistent across every conversation about EHR performance: specialty-built platforms deliver better outcomes for specialty practices because they were designed to do so.

AI integration in surgical planning and documentation, subspecialty workflow depth, ASC chart continuity, integrated revenue cycle management, and the shift toward specialty-only EHR platforms were the dominant themes at ASCRS 2026.

AI in cataract surgery in 2026 spans IOL power calculation optimization, pre-operative biometry interpretation, automated documentation in pre- and post-operative encounters, coding support for complex combined surgical and medical billing, and outcome tracking integrated with the longitudinal patient record.

Surgeons prioritized AI documentation that reduces note completion time, native subspecialty charting without configuration, ASC integration with automatic chart continuity, integrated RCM with ophthalmology-specific coding logic, and MIPS quality reporting embedded in the clinical workflow.

ASCRS is the most concentrated gathering of cataract and refractive surgeons globally and provides the deepest technology evaluation environment for surgical practice management. AAO provides a broader overview of the full specialty. ASCRS is the most relevant venue for evaluating EHR platforms designed around high-volume surgical ophthalmology workflows.

The best EHR for cataract and refractive surgery is one built exclusively for ophthalmology with native support for subspecialty charting, integrated ASC workflows, AI documentation calibrated to ophthalmic clinical language, and RCM with ophthalmology-specific coding logic. Optivate is the ophthalmology-exclusive platform with all of these capabilities in a single integrated system.

Cataract surgeons prefer specialty-only platforms because 100% of development resources are directed at ophthalmology workflows, ophthalmic device integration is prioritized, support staff are trained exclusively in eye care, and coding updates reflect ophthalmology CPT complexity. Shared-roadmap platforms deprioritize ophthalmology needs in favor of their broader specialty base.

Very important for cataract-dominant practices. ASC integration that carries the pre-operative chart to the surgical encounter and through post-operative visits eliminates data re-entry, reduces documentation error, and improves surgical record completeness. ASCRS 2026 identified this as an operational expectation, not an advanced feature.

Look for AI documentation trained on ophthalmology clinical language, AI coding support for combined surgical and medical encounters, automated imaging import from biometers and topographers, AI-assisted MIPS measure tracking, and predictive analytics for surgical scheduling and outcomes.

Refractive surgery sessions at ASCRS 2026 focused more heavily on outcomes tracking, patient selection workflow integration, and corneal topography data integration with the EHR. Cataract sessions emphasized ASC continuity and AI documentation. Both subspecialties identified integrated platforms as superior to disconnected module structures.

Read the complete Optivate guide to AI in ophthalmology EHR, which covers what AI capabilities are production-ready today, how to evaluate AI claims from vendors, and how subspecialty workflows are affected across glaucoma, retina, cataract, and oculoplastics practices.