Skip to content
MarketScale
Demo
Creator Hubs›Censis
Censis logo

Surgical instrument management software for over 1,300 U.S. hospitals.

Censis Technologies is the industry leader in surgical instrument management software, serving more than 1,300 hospitals across the United States. Their web-based systems help sterile processing departments track, manage, and account for surgical assets throughout the perioperative workflow. On MarketScale, Censis brings healthcare supply chain and sterile processing professionals the operational expertise they need.

55 episodes
Channel Brief·Censis · 55 episodes
Updated May 13, 2026

SPD tech and data lift patient safety, not theater.

Censis argues sterile processing is strategic, not support. The channel proves it with real case studies, AI adoption stories, and hard operational metrics showing how visibility prevents delays, errors, and infections.

Censis builds a sustained argument that sterile processing departments are strategic profit and safety centers, not cost centers to automate away. The channel supports this through hospital case studies (Mayo Clinic, Stillwater, Eastern Idaho Regional Medical Center), real technician testimonies, and operational data showing how tracking technology and AI co-pilots measurably reduce delays, improve compliance, and prevent assembly errors before they reach the OR.

Drawn from From Manual Searches to Real-Time Tracking: Ho… and 4 more →

“AI in sterile processing is designed to augment staff decision-making, not replace technicians.”

Episode 4: AI in Sterile Processing Is Proving Its Value by Acting as a Co-Pilot

By the numbers

10,000-30,000

surgical instruments SPD teams handle per day

$60

average cost per OR minute, making delays a financial issue

31%

of hospitals reported critical staffing shortage as of January 2022

hundreds of thousands

annual cost to hospitals from missing instruments in surgical trays

What the channel argues

InsightMayo Clinic uses CensiTrac AI2 to detect sharp items improperly placed, holes in blue wraps, missing instruments in trays.→
DataAn average OR minute costs about $60, making delayed cases a clear financial issue tied to SPD performance.→
InsightMost surgical instrument errors stem from failures in inspection and identification during assembly, frequently leading to OR delays.→
InsightSPDs are routinely excluded from early decision-making around products, construction, and staffing despite their central role in patient safety.→
InsightJoint Commission 360 requires continuous performance data, not just survey-cycle preparedness, shifting compliance from reactive to real-time.→
InsightAAMI ST108 sets stricter water quality standards for instrument reprocessing, directly impacting sterilization safety and patient outcomes.→

What you'll learn

•How real-time instrument tracking eliminates manual searches and improves loaner accountability, as demonstrated at Stillwater Medical Center.
•Why AI-powered final checks catch assembly errors before trays reach the OR, preventing cascade failures that cause delays and safety risk.
•What Joint Commission 360 expects from SPDs: continuous performance proof via real-time data, not last-minute compliance prep.
•How including SPD teams in surgical planning reduces delays, case cancellations, and infection risk rather than treating them as support staff.
•Why water quality monitoring is a patient safety issue, not just a compliance checkbox, under new AAMI ST108 standards.

What to do about it

→Implement real-time surgical instrument tracking with scan-to-location visibility to replace manual searches and improve SPD-to-OR turnaround.
→Deploy AI-assisted tray verification as a co-pilot tool to catch assembly errors before sterilization, not to replace technician judgment.
→Seat SPD leadership at the table for product selection, facility design, and case planning decisions to prevent downstream delays and safety gaps.

Who and what shows up

Josh Meyer

Nursing Manager, Mayo Clinic Rochester, Minnesota

Demonstrates measurable operational improvements using CensiTrac AI2 for quality monitoring, staffing decisions, and compliance tracking.

Sydney McWaters

Lead Central Sterile Technician, Stillwater Medical Center Oklahoma

Shares firsthand experience showing how location scanning replaced manual searches and improved loaner instrument accountability.

Brenda 'Jan' Prudent

Sterile Processing Manager, Eastern Idaho Regional Medical Center

Reports significant improvements in accountability, inventory management, and workflow efficiency after replacing manual tracking with CensiTrac.

Robby Miller

Sterile Processing Manager, St. Joseph's Hospital Medical Center

With nearly 30 years of SPD experience, explains how CensisAI2 is elevating efficiency, quality, and patient safety in sterile processing.

Dr. Arpita Hazra

Clinical Patient Safety Data Specialist

Discusses how machine learning and clinical data identify safety risks before they harm patients, including retained instruments and post-op infections.

Questions this channel answers

Q

How can SPDs handle rising surgical volumes with flat resources?

Through technology-driven workflow automation, real-time tracking, and AI co-pilots that augment technician productivity without requiring staff increases.

Unlocking CensisAI²: The Metrics That Matter for Smarter… →
Q

What does Joint Commission 360 actually require from SPDs?

Continuous performance demonstrated via real-time data, traceability, and consistency, not just preparation for a survey cycle.

Understanding Joint Commission 360 Standards: What They … →
Q

How does AI in sterile processing reduce assembly errors?

AI-powered final checks detect missing instruments, improperly placed sharps, and defects in wraps before trays reach the OR, catching most errors at their source.

How Censis’ AI-Powered Final Check Drives Compliance, Ac… →
Q

Why should hospital leadership include SPD teams in surgical planning?

SPD input during product selection and facility design prevents workflow misalignment that leads to case delays, instrument shortages, and infection risk.

Getting SPD Teams to the Table: Why Sterile Processing D… →
Q

What is AAMI ST108 and why does it matter?

AAMI ST108 sets stricter water quality standards for instrument reprocessing; poor water quality introduces contaminants during sterilization, directly jeopardizing patient safety.

The Silent Foundation of Patient Safety: Why Water Quali… →
Topics:Surgical instrument tracking and inventoryAI-assisted tray verification and assemblySterile processing workflow automationReal-time compliance and quality metricsWater quality and reprocessing standards
Themes:SPD as strategic center, not backroom supportData-driven readiness over event-driven complianceAI as augmentation, not replacement

Industry context

The surgical devices market is expanding significantly, projected to reach $296.76 billion by 2031 from $188.74 billion in 2026 at a 9.5% compound annual growth rate, reflecting rising demand for advanced surgical equipment globally.

Want a show like this for your brand?

MarketScale produces and distributes branded shows like Censis for B2B companies.

Build your show →