Smarter Sterile Processing Starts with Data—Boosting Efficiency, Cutting Costs, and Improving Patient Care

 

In a healthcare ecosystem increasingly driven by data, sterile processing departments (SPDs) find themselves at a crossroads—balancing precision and pace, safety and speed. As hospitals look to reduce inefficiencies and protect patient safety, analytics tools are transforming sterile processing from an often overlooked backroom function into a vital, data-enhanced frontline of care. Research shows that missing instruments in surgical trays can cause significant delays and financial losses—costing hospitals hundreds of thousands annually—underscoring the critical role of real-time analytics in preventing these inefficiencies.

So, how can frontline healthcare teams merge hard metrics with the soft skill of intuition to streamline operations, improve quality, and ensure safety? What role does data storytelling play in elevating sterile processing strategy?

Welcome to ConCensis. In the latest episode, host Daniel Litwin, the Voice of B2B at MarketScale, sits down with Beth Perry, Business Intelligence & Analytics Engineer at Censis Technologies, to explore how blending data and intuition is not only possible but necessary in modern SPD operations. The two discuss Perry’s unconventional path from journalism to healthcare analytics, and how narrative instincts can make raw numbers actionable.

Key Takeaways from the Episode…

  • Intuition Amplifies Metrics: Data analysis in SPDs mirrors journalism—asking the right questions, following patterns, and translating complexity into action. Beth highlights how technician intuition, like recognizing patterns in tray assembly speed, is vital for interpreting data trends.
  • A Dashboard is Only as Good as Its Story: Beth shares insights on building dashboards that reveal both current performance and actionable paths forward. Clear visualization of productivity, quality, and instrument tracking empowers staff to trust their instincts and take decisive action.
  • Human-Centric Analytics Lead to Real Impact: From reducing incomplete tray rates from 14% to 9% in one month to identifying training slowdowns, Beth emphasizes how visibility and ownership among SPD teams drive real performance gains.

Beth Perry is a seasoned business intelligence and analytics professional with over 15 years of experience developing data solutions across healthcare, logistics, and technology sectors. At Censis Technologies, she has held multiple analytics-focused roles, most recently serving as an Engineer in Business Intelligence & Analytics, where she helped innovate the company’s AI² platform for sterile processing departments. Known for her strong communication skills and ability to bridge technical insights with business needs, she has become a key driver of data-informed strategy and operational efficiency in healthcare settings.

Article written by MarketScale.

Recent Episodes

At the Mayo Clinic in Rochester, Minnesota, Nursing Manager Josh Meyer has seen measurable benefits from implementing CensiTrac’s AI² functionality. The tool has become an integral part of how the department monitors quality, manages staffing, and improves daily operations. With AI², the team is able to track key quality metrics across sterile processing workflows. From…

Brenda “Jan” Prudent, Sterile Processing Manager at Eastern Idaho Regional Medical Center, has seen significant improvements in accountability, inventory management, and workflow efficiency since implementing CensiTrac, the leading cloud-based surgical instrument and asset management system from Censis. Before adopting CensiTrac, her department used manual tracking methods that limited visibility and made it difficult to ensure…

Chelissa Gray, a Sterile Processing Technician at St. Dominic Hospital in Jackson, Mississippi, describes CensiTrac as an essential part of her daily workflow. With CensiTrac, Gray and her team can track every surgical instrument from the moment it arrives in decontamination to when it’s delivered back to the operating room, ensuring full visibility and…