Beyond Sterility: Why Coordination Is Becoming the New Measure of Sterile Processing Performance

Sterile processing has long been measured by a familiar question: Were the instruments cleaned, inspected, assembled, and sterilized according to established standards?

When the answer is yes, leaders often assume the system is working.

Yet sterile processing leaders see a more complicated reality every day.

Cases are delayed. Trays arrive incomplete. Surgical teams wait. Patients may remain under anesthesia longer than planned. In many of these situations, the instruments themselves may meet every technical requirement.

The problem is not always sterility.

Increasingly, the problem is coordination.

The Myth of Sterile = Safe Enough

In the operating room, success is not determined by sterility alone. It is determined by whether the right instruments are available, complete, functional, and delivered at the right time.

That distinction is increasingly important for the field. Standards and guidelines remain requirements for sterility assurance, instrument cleaning, inspection, and safe perioperative practice; however, adherence alone does not guarantee that instrumentation will be ready, complete, and aligned with surgical demand.1-3

A sterilized instrument that arrives late, incomplete, or unavailable can undermine care in a different but equally consequential way. One problem reflects a processing failure; the other reflects a system failure.

For years, sterile processing improvement has appropriately focused on technical excellence: cycle parameters, biological indicators, inspection practices, staff competency, and adherence audits. These remain instrumental, but they do not fully explain why operational breakdowns persist.

Many of the most consequential failures do not occur inside the sterilizer. They occur between systems.

A Shift in Industry Thinking

Recent work in the field has highlighted the need to view sterile processing as a system-dependent service rather than a purely technical function.1 This perspective is consistent with broader high-reliability thinking in health care, which focuses on leadership commitment, safety culture, process improvement, and sustained performance across complex systems.4

For infection prevention and perioperative leaders, this shift expands the definition of performance beyond whether a tray was processed correctly.

The practical question is this: What does coordination look like in daily operations?

Where Systems Actually Break

In practice, coordination failures tend to appear in familiar patterns:

• Misalignment between the operating room (OR) schedule and sterile processing capacity
• Variation in tray configuration, count sheets, and assembly practices
• Limited visibility into instrument readiness, location, and priority status

• Communication gaps between sterile processing, the OR, procedural areas, vendors, and service-line leaders

These are not simply production problems. They are system gaps in which compliant instruments may still be unavailable, incomplete, or misaligned with the needs of the surgical schedule.1,5

What True Coordination Requires

Coordination in sterile processing is not a single project, dashboard, or escalation pathway. It is a set of operating capabilities that must work together across departments.

As sterile processing becomes more connected, leaders will also need to think differently about technology. Instrument tracking systems, OR scheduling platforms, preference card data, vendor tray visibility, and quality event reporting often exist in separate workflows. The next opportunity is not simply adding more technology, but integrating these data streams so leaders can anticipate readiness risks before they reach the operating room. AI and predictive analytics may help identify demand surges, recurring tray defects, staffing constraints, and readiness risks earlier, but only when the underlying systems are connected, standardized, and governed effectively.

1. Alignment with surgical demand: Sterile processing must align with case schedules, demand variability, add-on volume, turnaround expectations, and perioperative priorities. Improving outcomes requires linking SPD output directly to surgical demand and performance expectations.1
2. End-to-end visibility: Effective systems rely on visibility into instrument status, workflow progression, priority items, and performance trends, enabling proactive decisions before disruption reaches the OR.1
3. Standardization at scale: Reducing variation in tray configuration, count sheets, assembly practices, and workflows helps teams identify recurring defects and improve reliability.1
4. Defined performance metrics: Shifting from task completion to system performance requires clear measurement. Metrics such as tray readiness before scheduled case time, missing or unusable instrument events, rework, priority turnaround adherence, case delay minutes, and on-time procedure starts can help define whether coordination is improving.5
5. Shared governance: Governance, partnership, and accountability structures move sterile processing from an internally managed department to an integrated contributor to surgical system performance.1,4

The Missing Link: Connecting Sterile Processing to Surgical Performance

Sterile processing performance directly affects surgical throughput, team reliability, and the patient experience.5

When coordination fails:

1. Case delays increase
2. Workflow becomes unstable
3. Patient risk rises

When coordination succeeds:

1. Improved on-time surgical starts
2. Reduced surgical case turnaround times
3. Enhanced surgical system reliability

Aligning sterile processing with clinical demand can improve workflow stability, reduce delays, and reinforce the department’s role as both a patient safety partner and a system performance partner.1,4,5

Why This Matters Now

The pressure on surgical services continues to grow. Volumes are increasing, case complexity is expanding, and health systems are expected to improve access while controlling cost and maintaining safety.

In that environment, variability in sterile processing performance cannot be dismissed as a back-of-house operational issue. It is a system issue that affects the OR, procedural areas, surgeons, staff, and patients.

Health systems cannot meet rising surgical demand if sterile processing remains optimized for adherence alone.

The next phase of performance improvement will require system alignment, shared accountability, and integration across the surgical ecosystem.

What Leaders Can Do Now

Improving coordination does not require leaders to abandon the fundamentals of sterile processing. It requires expanding the definition of performance so that technical quality, operational reliability, and surgical readiness are managed together.

1. Measure readiness, not just completion: Track whether trays are complete, functional, and available before scheduled case time, not only whether they moved through each processing step.
2. Review delays as system events: When instrument-related delays occur, examine handoffs, scheduling assumptions, preference card accuracy, vendor processes, and communication pathways rather than assigning the issue to one department.
3. Create shared visibility: Ensure sterile processing, perioperative leadership, service lines, and procedural areas can see the same information about demand, priority trays, defects, and readiness risks. Move toward connected data sources across instrument tracking, scheduling, preference cards, quality events, and vendor workflows to identify readiness risks earlier.
4. Strengthen cross-functional governance: Establish regular forums where sterile processing, OR, infection prevention, supply chain, vendors, and executive sponsors review recurring barriers and agree on actions.
5. Connect metrics to surgical strategy: Tie sterile processing performance to surgical growth, access, throughput, safety, and cost so the department is managed as part of the surgical operating system.

These steps move sterile processing improvement from isolated problem-solving to coordinated system management. They also help leaders demonstrate that sterile processing is not only protecting the patient from infection risk but also enabling the surgical system to function safely, predictably, and efficiently.

A Call to Rethink Performance

Sterile processing is evolving from a technical support function into a strategic component of surgical reliability.

The question is no longer only: “Did we sterilize the instrument correctly?”

The question now must also be: “Did the system deliver what the surgical team needed, when they needed it, without disruption?”

That is the true measure of performance. Because in the end, sterile is not enough. Reliability is what matters.

Reference

1. Gacias FD. Advancing sterile processing through governance intelligence: The G-SSIF framework for improving CSSD coordination, productivity, and patient safety. The Operating Room Global Journal. 2026;2(2). June 21, 2026. Accessed June 29, 2026. https://www.researchgate.net/publication/407458915_Advancing_Sterile_Processing_Through_Governance_Intelligence_The_G-SSIF_Framework_for_Improving_CSSD_Coordination_Productivity_and_Patient_Safety
2. Association for the Advancement of Medical Instrumentation. ANSI/AAMI ST79:2017/(R)2022: Comprehensive Guide to Steam Sterilization and Sterility Assurance in Health Care Facilities. Association for the Advancement of Medical Instrumentation; 2022.
3. Association of periOperative Registered Nurses. Guidelines for Perioperative Practice. Association of periOperative Registered Nurses; 2026.
4. The Joint Commission. High reliability. Accessed June 29, 2026. https://www.jointcommission.org/resources/patient-safety-topics/high-reliability/
5. Natarus ME, Shaw A, Studer A, Williams C, Dominguez C, Mangual H, Olmstead J, Westmoreland K, Gill T, Wellington WZ, Wheeler DS, Ida JB. Optimization of a sterile processing department using Lean Six Sigma methodology, staffing enhancement, and capital investment. Jt Comm J Qual Patient Saf. 2025;51(1):33-45. doi:10.1016/j.jcjq.2024.10.006