Top 10 Best Surgery Software of 2026

PICIS is used by perioperative teams that need consistent case documentation and preference-driven case cart setup across surgeons and sites. Preference card and surgeon preference list workflows reduce manual re-entry by keeping standardized requirements attached to scheduled cases. Operating room documentation processes are designed to capture structured intraoperative events and generate a complete case record for later review and reporting.

A tradeoff is that standardized templates and preference logic require careful governance, because changes propagate into how staff complete documentation. PICIS fits best when multiple roles collaborate across scheduling, intraoperative charting, and preference-driven materials planning, and when practices need auditable consistency across surgeons.

ModMed ASC centers on day-of-surgery operations with surgical scheduling, case preparation, and structured perioperative documentation. It includes configuration for surgeon preferences and procedure-specific requirements so staff can pull consistent case details during intake and room readiness. Teams using an ASC model with multiple surgeons and recurring procedure sets tend to see less re-keying when preference-driven setup is used consistently. Governance features for staff roles and controlled access help keep charting and approvals confined to the right departments.

A tradeoff is that preference card governance and updates require ongoing operational discipline so case setup does not drift from actual practice. The product fits situations where preference-driven case carts and documentation templates reduce handoffs between front desk, pre-op, circulating staff, and post-op documentation. It is a strong fit for centers that want operating-room interoperability through connected clinical systems and need consistent records across the surgical episode.

PatientNow organizes perioperative work around the moments surgery teams need to act, including scheduling, patient intake, and document collection before the procedure date. The workflow model centers on surgeon-specific setup inputs, so case carts and room-ready preparation can be assembled from repeatable preference data. Auditability is addressed through activity trails on key record changes, which helps with compliance review for scheduling and documentation updates.

A tradeoff is that depth in surgical planning and image-based workflows is not the primary strength compared with tools built for DICOM and computer-assisted surgery, so imaging-heavy teams may need separate systems. PatientNow fits best when coordination teams want fewer handoffs and more repeatable case preparation for common procedure lines.

HST Pathways focuses on perioperative workflow mapping for surgical case readiness, with pathway-oriented planning tied to specific cases. The system supports structured preference documentation that connects surgeon expectations to day-of-surgery execution.

It is designed for operating room management scenarios where teams need consistent handoffs between scheduling, preparation, and case documentation. Integration depth depends on the interface set available for the electronic medical record and related perioperative systems.

Proximie supports remote, real-time surgical collaboration by letting a second clinician view live procedure video streams and interact through guided overlays. Its core workflow centers on case setup, participant access, and perioperative capture so remote viewers can contribute to surgical decision-making and documentation.

Proximie also integrates with common clinical and imaging ecosystems to support data movement around surgery cases. Governance features focus on access control, auditability of case participation, and repeatable configuration for teams running frequent sessions.

Symplast targets perioperative workflow across surgical teams that need consistent documentation and case-level tracking. The system organizes surgeon preference data and case documentation so teams can standardize repeats while still capturing deviations for audit-ready recordkeeping.

Symplast also supports surgical scheduling and operating-day execution with tools for structured intake and case tasks. Its differentiator is the way it keeps surgery documentation tied to the case lifecycle rather than treating it as separate notes.

Epic OpTime focuses on perioperative documentation and surgeon-led case capture inside the Epic ecosystem, with tight linkage to orders and chart components. Epic OpTime supports structured preference card workflows and intraoperative documentation that can be reviewed and finalized as part of the surgical record.

The product’s core value comes from reusing Epic’s existing clinical data model for case management steps and postoperative handoff documentation. Built around Epic’s integration stack, it also supports imaging and device related feeds used during operative documentation.

Oracle Health Surgical Management is a surgery management system centered on perioperative operations and surgical case workflows. It supports surgical scheduling, OR management, and surgical documentation with administration controls for staff access and process governance.

Integration focus typically centers on connecting clinical records and messaging interfaces so surgical case data can flow between systems. Automation is driven through configured workflows, preference card style assets, and structured documentation rather than free-form data capture.

Surgical Information Systems digitizes perioperative documentation and surgical case records with an emphasis on structured workflow capture across the operating day. The system centers on scheduling, case setup documentation, and surgeon-specific preference card workflows that feed into day-of-surgery execution.

It also provides mechanisms for implant and instrument-related record handling that support traceable case-level documentation. Administrative controls focus on managing who can view, edit, and close surgical cases, with auditability for changes made during perioperative operations.

Surgimate is a surgery software solution that focuses on perioperative workflow coordination around surgical cases and documentation. Core capabilities include case scheduling support, preference card handling for surgeon-specific standardization, and structured capture of case and perioperative details for surgical case documentation.

The system is positioned to connect surgical planning artifacts and operating room execution records into a single operational view rather than treating scheduling and documentation as separate tools. Surgimate also supports the administrative layer needed to manage templates, users, and operational consistency across teams.