Supply Chain Efficiency and Cost Savings Begin at the Point of Use
Stop wasting and start saving
Your hospital manages a substantial volume of medical and surgical supplies, which account for more than one-third of total supply expenses, averaging over $43 million annually.1 These supplies are housed in many different locations — from central stores to procedural areas — and are managed by any number of staff members, the majority having no formal inventory management training.
Can you say with confidence that you know…
Operating a supply chain without inventory visibility is like being blindfolded with your hands tied. If you can’t see the supplies you have purchased, how are you supposed to manage them?
While you may have point of use (POU) systems for par level inventory replenishment in clinical areas (e.g., nursing units, perioperative, cath labs), if these systems are not integrated within a broader platform, your visibility is limited to within each silo.
Furthermore, if these location-specific tools are not integrated with your enterprise resource planning (ERP) and electronic health record (EHR) systems, you’ll be unable to track supply procurement through use.
- Lost and damaged items
- Expired products
- Missed charges
- Over ordering
- Supply use variance
- Clinician time
Real-world examples
Every second spent managing supplies is a second lost at the bedside. Inefficiencies in POU supply chain management disrupt workflows, increase costs, and impact patient outcomes. Manual processes, visibility gaps, and documentation errors only worsen these challenges.
This e-book highlights how U.S. health systems of all sizes have optimized inventory management through consolidated, automated solutions. Starting in high-impact areas — like improving charge capture in perioperative spaces or reducing waste in nursing units — these organizations achieved enterprise-wide visibility and control.
With automated replenishment, RFID-powered visibility, and seamless clinical integration, healthcare providers are reducing waste, saving clinician time, and ensuring consistent supply availability — all in support of the goal to deliver exceptional care.
Cath labs
Supply situation
On average, a regional health system purchases anywhere from 30,000 to 60,000 unique stock keeping units (SKUs) for clinical supplies annually.2 This includes high-cost products that are billable/reimbursable. Many have unique device identification (UDI) data capture requirements for both recall management and adverse event reporting.
Supply chain teams struggle with visibility into and control over cath lab inventory because most of the high-cost products fall outside of the ERP system/item master. In a recent survey, 32% of nurses report spending more than 20 minutes per shift looking for supplies.3
Munson Healthcare
Munson Healthcare4 is northern Michigan’s largest nonprofit health system, consisting of nine award-winning hospitals and serving 30 counties across the region. Based in Traverse City, Mich., it is a trusted leader in delivering expert care.
Their goal was to improve management of their cath lab inventory to give clinicians more time with patients.
The health system implemented an enterprise-wide, electronic inventory management system with RFID and barcode technology. This enabled them to track and trace all supplies and specialty items from receipt to use in a procedure, as well as automate replenishment and patient charging processes.
What Munson Healthcare achieved:
Perioperative
Supply situation
Supply costs in this area are one of the largest expenses a provider must absorb. Furthermore, it is an extremely complex environment to manage because it is a supply chain of its own within the broader hospital supply chain, and has a huge variety of products (e.g., instrument trays, loaner trays, kits, general supplies, implants and tissues, etc.).
Some of the most expensive items in the perioperative space are consignment products (also known as trunk stock) that supplier representatives walk into the operating room (OR). As with items in the cath lab, supply chain has limited to no visibility to consignment products in the OR, such as implants. This presents significant challenges to contract compliance and inventory management.
While physician preference cards provide a basis for which supplies a surgeon will require for a procedure, it is extremely difficult to maintain their accuracy. As a result, OR staff often find themselves scrambling to find missing products. In other cases, supplies picked for a case go unused, meaning they must be returned to inventory, reprocessed in sterile processing, or in some cases, wasted, resulting in the healthcare organization absorbing the cost.
Supply management and documentation processes in the perioperative area are still largely manual and disjointed, with nurses keying data into various systems post-procedure.
Sanford Health
Headquartered in Sioux Falls, South Dakota, Sanford Health5 is the largest rural health system in the U.S., with 48 medical centers and over 210 clinic locations serving more than one million patients and 220,000 health plan members across 250,000 square miles.
The Sterile Processing team discovered that low scanning compliance and inaccurate physician preference cards led to 45% of items picked and sent to the OR coming back unused, resulting in significant waste and expense.
Through automation and systemization of data capture from its POU, ERP and EHR solutions, and the application of analytics, Sanford Health implemented process improvements to resolve supply documentation and POU scanning compliance issues.
What Sanford Health achieved:
Mercy
Mercy6, one of the 15 largest U.S. health systems, serves millions annually through 50 acute care and specialty hospitals dedicated to heart, children’s, orthopedic, and rehabilitation services. Serving patients and families across five states, its network includes over 5,000 physicians and 50,000 co-workers delivering comprehensive care.
To address changing revenue models, the health system needed a comprehensive assessment of perioperative performance and a plan to maintain the viability of this critical service line, which generates 42% of its revenue.
Mercy implemented a clinically integrated inventory management solution that connects with the hospital’s clinical and financial systems to provide various stakeholders with the necessary data and workflows to optimize patient care delivery.
What Mercy achieved:
- $2.4M in supplies by automating inventory management
- $4.7M in supplies by improving inventory utilization
- $13M in supplies by optimizing charge capture with products documented at POU
- $480k in labor by improving preference card accuracy and eliminating time spent pulling and returning unnecessary supplies
- $167k in labor by optimizing cycle counts with technology and reducing labor needed for this task
Additional benefits:
Nursing units
Supply situation
Nursing units must manage a significant volume and tremendous variety of low-cost items, with supply rooms typically storing between 300 and 400 SKUs. There is considerable variation in charge capture requirements in the units; some items must be charged to patients, others do not.
With frequent patient turnover, it is a constant battle to efficiently and effectively replenish supplies to avoid shortages. Healthcare providers are spending more than twice the amount of time they would like on supply chain-related tasks, and 42% said supply chain work takes too much time away from patient care.7
Parkview Health
Parkview Health8 is a not-for-profit, community-based health system serving more than 20 counties in northeast Indiana and northwest Ohio, and a population of more than 1.3 million. Parkview Health consists of 12 hospital facilities, four retail pharmacies, a specialty pharmacy and an extensive network of primary care and specialty care physicians.
Relying on its materials management information system (MMIS) for purchasing and inventory control, Parkview lacked visibility to supplies within its hospitals and faced major capability gaps in inventory management, demand forecasting, and system-directed functionality for warehouse operations.
By centralizing supply chain operations within its consolidated service center (CSC) and implementing POU technology throughout all its hospitals and clinics, Parkview gained real-time, enterprise-wide visibility and automated inventory management to support clinical staff members’ ongoing needs and facilitate just-in-time (JIT) supply delivery.
What Parkview Health achieved:
Sources
- 1Annual changes in hospital medical supply costs, Definitive Healthcare, January 10, 2025
https://www.definitivehc.com/resources/healthcare-insights/changes-in-supply-costs-year-to-year - 2Bolstering health system supply chain resilience to reduce risk, McKinsey & Company, July 11, 2023
https://www.mckinsey.com/industries/healthcare/our-insights/bolstering-health-system-supply-chain-resilience-to-reduce-risk - 3Beyond the bedside: the reality of a nurse, Infor, 2023
https://dam.infor.com/api/public/content/2f036a31e73f4c228b054aa9bf5287a6?v=145d2739 - 4Tecsys Case Study: Cath Labs at Munson Healthcare
https://infohub.tecsys.com/hubfs/Case-Studies/Munson-Healthcare-Tecsys-Case-Study.pdf - 5Tecsys Case Study: Sterile Processing Department Achieves 90%+ Preference Card Accuracy with Tecsys Software: The Sanford Health Story
https://infohub.tecsys.com/hubfs/Case-Studies/Sanford-Health-Tecsys-Case-Study.pdf - 6Tecsys Case Study Snapshot: A Clinically Integrated Supply Chain in Perioperative Services at Mercy
https://infohub.tecsys.com/hubfs/Case-Studies/Mercy-Tecsys-Case-Study-SNAPSHOT-2020.pdf - 7The Real Impact of Healthcare Supply Chain Inefficiencies, Cardinal Health, 2019
https://www.cardinalhealth.com/content/dam/corp/web/documents/infographic/CardinalHealth_SurveyInfographic_2019.pdf - 8Tecsys Case Study: Parkview Transforms Its Supply Chain with Elite™ Healthcare Solutions
https://infohub.tecsys.com/hubfs/Case-Studies/Parkview-Health-Tecsys-Case-Study.pdf