Managing inventory in healthcare facilities is not easy. There are many types of supplies, demand can change suddenly, and rules are strict. The COVID-19 pandemic made these problems worse. According to a survey by Kaufman Hall, 99% of hospitals in the U.S. had trouble getting supplies in 2021. About 86% of healthcare groups reported shortages mostly of PPE, testing kits, and other key materials.
When supply chains get interrupted, serious issues can happen. Geoff Gates, Senior Director of Technology for Supply Chain and Support Services at Cleveland Clinic, said, “You could literally shut down our department if we don’t get the supplies that we need.” This shows how important it is to keep good track of inventory in healthcare.
The main problems with old ways of managing supplies include:
To fix these problems, newer technologies like RFID and Kanban systems are being used more in U.S. healthcare.
RAIN RFID (Radio-Frequency Identification) uses Ultra-High-Frequency signals to share data wirelessly between tagged items and readers. In healthcare, items like medical supplies, tools, and implants have RFID tags with unique codes. Readers placed in storage or carried on devices scan these tags to get real-time information about what is there and where it moved.
A regular RAIN RFID system has:
RAIN RFID helps hospitals track their inventory more accurately and work more efficiently. Hospitals that use RFID report about 99.9% accuracy in knowing what they have. This is better than manual tracking or barcodes.
Main benefits include:
Or Lomnitz, Head of Marketing at IDENTI Medical, says integrating RFID data with hospital systems like ERP (Enterprise Resource Planning), EMR (Electronic Medical Records), and MMIS (Materials Management Information Systems) makes things clear between hospitals and suppliers, reducing disagreements on usage and waste.
Many big U.S. medical centers, like Cleveland Clinic, use RFID to track both expensive equipment and everyday supplies. They add RFID to their inventory and ordering systems, such as ERP, to carefully control stock and avoid shortages or too much buying.
IDENTI Medical offers smart RFID cabinets and mobile readers to surgery centers. These tools help check and track devices efficiently without manual effort.
BJC HealthCare in Missouri uses RFID in a large 415,000-square-foot distribution center. Robots and sensors there handle over 40% of inventory, helping with labor shortages and improving supply response.
Kanban started in Japan as part of the Toyota Production System. It means “signboard” and is an inventory method based on demand. Instead of ordering supplies by guesswork, Kanban orders them when actual use reaches a certain level.
The common way in healthcare is the Two-Bin Kanban system. It uses two bins for each item:
This system helps avoid running out of supplies or having too many.
Supply shortages and longer delivery times during the pandemic made healthcare rethink inventory methods. Kanban helps by:
Andre Kerr from BlueBin said the BlueBin Kanban system was important during delivery delays. It uses data to predict demand, especially in times like flu season.
Modern Kanban in healthcare often uses RFID or barcodes to automate reordering:
Endries International created the PULSE RFID Kanban system, which gives real-time inventory info, cuts stockouts, and makes supply management smoother in healthcare.
Kanban fits into a bigger idea called the Pull System. Instead of ordering by guesses, pull systems reorder supplies based on what’s actually used.
Benefits of pull systems include:
Hospital pharmacies using pull systems with RFID and Kanban have cut antibiotic waste a lot.
To use pull systems well, facilities must:
Artificial intelligence (AI) helps RFID and Kanban systems by studying large data sets to improve forecasting, make ordering automatic, and find inefficiencies.
AI-powered tools can:
Using AI reduces manual work and mistakes while making inventory more accurate and responsive.
AI combined with automation tools helps more than just supply management:
Simbo AI uses AI to automate front-office phone work in healthcare. While they mainly manage patient calls, similar AI tools can improve inventory tasks too.
Many U.S. healthcare facilities use complex systems like ERP, EMR, and MMIS. Using RFID and Kanban well means these need to work smoothly together for accurate data and efficient processes.
Cleveland Clinic’s good supply chain management partly comes from connecting RFID-based tracking with procurement software. This shows real stock levels and stops over-buying.
Labor shortages still hit healthcare, especially in supply and logistic roles. Automated RFID and Kanban systems reduce time spent on manual counting and repetitive work. This lets staff focus on higher-level tasks and helping clinical teams.
BJC HealthCare’s automated distribution center uses robots and sensors to handle over 40% of inventory tasks, keeping things running well despite fewer workers.
Poor inventory management causes extra storage costs, expired items, and waste. Avoiding these is important because healthcare budgets are tight.
Combining Kanban and RFID supports just-in-time delivery, which lowers time items spend on shelves, cuts storage needs, and reduces labor and energy costs. Data from these systems also helps find slow-moving items so orders can be adjusted.
To succeed, staff need training on how to use new systems. Hospitals should teach clinical and supply teams how Kanban signals, RFID readers, and AI tools fit into daily work. Managing change well helps staff accept and use new tech better over time.
Resources like Stanley Black & Decker’s CM Academy provide education to help teams learn digital Kanban and RFID inventory control.
Implementing RFID and Kanban systems with AI and automation gives U.S. healthcare providers useful ways to solve old supply and inventory problems. Better visibility, efficiency, and control let hospitals and clinics focus more on patient care instead of supply issues.
Collaboration ensures that supply chain systems are integrated, enabling seamless transactions across the organization. This partnership is vital for maintaining an efficient supply chain and ensuring that essential supplies are available for clinical departments.
Cleveland Clinic employs an enterprise resource planning system at its core, integrating inventory management and procurement processes using technology like RFID and a Kanban system to track and manage supplies effectively.
Healthcare organizations faced significant supply procurement challenges due to increased demand and shortages, particularly in personal protective equipment, impacting their ability to deliver care.
BJC HealthCare’s distribution center, equipped with robotic systems and automatic processing, improves inventory efficiency and addresses labor shortages by streamlining operations for more effective supply chain management.
Data analytics helps healthcare organizations visualize and monitor supply chain performance, identifying issues and areas for improvement, which enhances decision-making and efficiency.
The Kanban system is a visual inventory management method that utilizes bins to signal when supplies need replenishing. It helps manage low-value items efficiently by ensuring stock levels are maintained.
Organizations can identify historically challenging supplies, partner with multiple suppliers, focus on inventory management, gather data for visibility, and manage vendor relationships to bolster supply chain resilience.
RFID technology enhances inventory tracking, ensuring accurate documentation and timely replenishing of high-dollar items, while improving patient safety by capturing detailed information for medical records.
Integrating supply chain data enhances visibility and coordination across various departments, facilitating faster and more informed decisions regarding supply management and reducing the risk of shortages.
Even as supply availability improves, healthcare providers continue to face intermittent shortages in various categories, necessitating proactive strategies and adaptive management to maintain operational efficiency.