AI-powered
SURGICAL EFFICIENCY
AI-powered
SURGICAL EFFICIENCY
AI-powered optimization
OpFlow utilizes AI-powered imaging analysis to optimize surgical supply chains.
By automatically recognizing instruments and supplies, OpFlow rapidly identifies opportunities for instrument tray and disposable supply optimization. Hospitals can consolidate hospital-owned trays, lower sterilization and storage costs for vendor-owned trays, and maximize utilization of high-value supplies.
Leveraging the power of AI
Data Collection
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OpFlow uses AI and computer vision to accurately capture instrument and supply usage during procedures, generating precise, real-time data that drive smarter optimization.
Benchmarks
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OpFlow leverages generative AI to continually update our surgical supply benchmarks with data collected from hospitals nationwide, accelerating optimization with high confidence.
Sustainment
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OpFlow enables sustainment of the value achieved with our optimization solution by adapting to physician and procedure changes to ensure ongoing improvement and lasting optimization.
Evolving benchmarks
OpFlow’s benchmarks continuously evolve with updated usage data, reflecting the optimal state of surgical trays for each procedure.
By learning from an ever-increasing volume of cases across hospitals nationwide, OpFlow can predict optimized tray configurations through AI with a high level of confidence.
This enables faster optimization for each location, since only a limited number of local cases are needed to adjust for hospital- or surgeon-specific preferences. Although individual surgeons are unique, their instrument usage for common procedures typically aligns, allowing OpFlow to deliver efficiency gains and cost savings with speed and confidence.
AI-powered data collection
Smarter Optimization Begins With Better Data
At the heart of OpFlow’s methodology is a commitment to capturing the most accurate, objective, and actionable data possible. By combining AI-powered computer vision with real-time tracking, OpFlow ensures every instrument and supply used during a procedure is recorded with unmatched precision.
How it works
1. Camera-Aligned Data Capture
A camera is aligned with the sterile field to monitor instrument movement throughout the procedure. This ensures that usage is tracked directly at the point of care, without disrupting the surgical workflow.
2. Real-Time AI Analysis
Our AI-powered computer vision technology identifies and records instrument and supply usage in real time. As instruments are moved, picked up, or replaced, usage data is instantly updated within the OpFlow platform.
3. Comprehensive Case Coverage
OpFlow’s AI prioritizes which cases to capture, ensuring balanced representation across surgeons and procedures. This targeted approach guarantees that the data set reflects real-world practices across the entire surgical team and case profile for each service line at your facility.
4. Smarter Insights and Benchmarks
Once captured, the data powers OpFlow’s optimization engine. The AI analyzes usage patterns and compares them with our national benchmarks, then generates proposed streamlined tray configurations. This process helps eliminate waste, reduce unnecessary instruments, and standardize efficiency.
Why It Matters
Accuracy you can trust: Objective AI-powered tracking eliminates guesswork.
Efficiency built-in: Real-time data capture ensures no step is missed.
Scalable optimization: Prioritized case targeting captures the right data across teams.
Actionable results: Benchmark-driven insights make it easy to implement meaningful changes.
The Outcome: Confident, Data-Driven Decisions
With OpFlow, health systems can finally bridge the gap between data and decision-making. By leveraging AI and computer vision, OpFlow provides the foundation for faster, more accurate, and more confident optimization strategies—helping surgical teams streamline trays, save costs, and focus on patient care.
AI for ongoing surgical efficiency
Continuous Adaptation for Lasting Optimization
OpFlow harnesses the power of AI to enable ongoing sustainment across surgical workflows. By continuously collecting and analyzing data, OpFlow adapts to physician practices and procedural changes in real time. This ensures that improvements aren’t one-time fixes—they are lasting optimizations that evolve with your team’s needs.
Data-Driven Tray and Preference Card Optimization
Our AI platform tracks instrument usage across procedures, mapping data to optimized configurations and industry benchmarks. With these insights, OpFlow makes evidence-based recommendations to streamline instrument trays and update preference card items. The result: leaner setups, reduced waste, and more efficient OR operations.
AI-Powered Computer Vision
OpFlow leverages AI computer vision to ensure that optimizations remain intact. As surgeon practices shift, the system automatically identifies changes in usage and adapts accordingly. This means sterile field configurations and preference cards continuously evolve with real-world behavior—no manual intervention required.
The Virtual Preference Card
At the heart of OpFlow is its intelligent dashboard, which serves as a dynamic, virtual preference card. It displays optimal sterile field setups and surgeon-specific preferences, ensuring consistency and precision across teams. Preferences can be updated on the fly, driven by live usage data, keeping everyone aligned in the moment.
Sustained Improvement, Every Procedure
With every surgery, OpFlow learns, improves, and refines. The platform doesn’t just optimize once—it continuously sustains and enhances performance. This creates a cycle of ongoing improvement, enabling hospitals to achieve long-term efficiency, cost savings, and better surgical outcomes.