What’s inside:
Not all technology is equal, so selecting the right system is an important decision. This blog will look at healthcare inventory management technology that is transforming healthcare supply chain management.
- Top three inventory management challenges in healthcare
- Types of medical inventory management systems for different stock types
- Which automated medical inventory solutions provide enhanced visibility and precision tracking
- Most useful features for improving operational efficiency and patient care
Healthcare inventory management is not just about tracking stock. It’s about gaining real-time control over supplies, reducing waste, and ensuring critical items are always available when needed.
Many hospitals and surgical centers still struggle with poor visibility, manual processes, and unreliable usage data. These gaps lead to stockouts, overstocking, and rising operational costs.
Modern healthcare inventory management systems solve these challenges through automation, real-time tracking, and intelligent data capture. From RFID-enabled cabinets to AI-powered analytics and automated PAR systems, today’s inventory management solutions are designed to streamline workflows, improve accuracy, and support demand-driven procurement.
In this guide, we break down the key challenges, system types, and technologies shaping healthcare inventory management and how to choose the right solution for your facility.
Healthcare Inventory Management Challenges in Hospitals and ORs
Let’s start by looking at some of the persistent problems faced in managing medical inventory in hospitals and surgery centers.
Here’s our top three challenges that customers frequently complain about.
Lack of Inventory Visibility
Ever feel that your inventory is always a step ahead of you, and that you’re forever playing catch-up? Just ensuring you have basic inventory information can be hard. For every SKU, you need to have answers to the basic questions: Where is it stored? How much do you have? How much do you need?
Without a clear vision, you risk ill-informed procurement that results in shortages, stockouts, and surpluses.
Poor Inventory Control
Struggling to keep track of your stock? Tasks like expiry management can become a constant battle, but are vital in order to operate efficiently.
If you don’t control your stock, your stock controls you, resulting in high wastage, high costs, and high risk.
Inaccurate Point-of-Use Data
Are you basing procurement decisions on inaccurate consumption data? Without real insight into your operating rooms (OR) and procedural rooms, you lack the vital data you need to proactively manage your stock.
Lack of insight into surgical areas means risks of running short when you need it most, and prevents you from having the final piece of the jigsaw for meaningful supply data.
At IDENTI, we hear about the same challenges from providers, wherever the healthcare facility is based in the world, and whether it’s a small rural provider or a large healthcare system.
Types of Healthcare Inventory Management Systems
Not all inventory is equal. Hospitals will have a range of inventory from bulk medical supplies to high-value implants. There is a difference in how these are managed and the technology required.
Medical Supply Management Systems (Kanban & PAR)
Medical supplies are stored in nursing units as well as in operating rooms and procedural areas. It is commonly managed using a Kanban&PAR system, which is designed to monitor inventory and ensure timely restocks.
Implant & Device Tracking Systems (RFID)
This specialist inventory is stored in surgical areas and can be a mix of owned stock or consignment. Some providers still manually manage this stock, whereas others have moved to an RFID smart cabinet system or mobile scanners. One area that proves to be problematic for many is tracking this inventory once it enters the operating room.
Medication & Narcotics Management Systems
Pharmaceutical inventory can be stored in the surgical setting, as well as in the Pharmacy Department. Locked cabinets used to be common, but increasingly, automated dispensing cabinets are used to manage this stock digitally.
Automated Healthcare Inventory Management Technologies
The new way of managing medical inventory is to streamline workflows and reduce labor while optimizing data capture. To do this, the latest healthcare technology is required.
The combination of smarter data collection devices plus advanced AI software is transforming supply chain data into the business intelligence that drives smarter healthcare management.
So, let’s take a look at the must-have features of automated inventory management systems.
RFID Systems for Real-Time Inventory Tracking
This expensive inventory needs item-level management, with many items coming under FDA regulations that require UDI management. This involves ensuring full UDI data, including batch number, lot, and expiry date, is stored in the system. RFID cabinets are able to ensure perpetual implant tracking for all items in stock and are a great solution for managing this specialist inventory.
The TotalSense RFID Smart Cabinet provides continuous stock monitoring and has additional RFID sensors compared to other cabinets on the market. This means that nurses aren’t required to carefully place products in a standard formation. It embraces the rushed, real-world surgical setting, where nurses don’t have time for unnecessary compliance restrictions.
The cabinet ensures end-to-end implant tracking and can also be utilized by supply chain partners, making it an ideal solution for consignment management, so that all parties share real-time data insights.
Metrics, reports, and data analytics ensure automated expiry management, full inventory visibility, and valuable business intelligence for smarter decision-making that reduces costs and waste.
Automated Kanban and PAR Inventory Systems
The management of bulk supplies can involve inefficient counts or rely on a high degree of nurse compliance. Despite improvements in two-bin Kanban and PAR-level systems, many providers still struggle with unreliable data and supply chain inefficiencies.
For PAR systems, the emergence of weight-based technology has added precision to data collection, but the sheer size of the units or bars can make them unsuitable for smaller supply spaces.
The newest technological development in PAR supply management is the emergence of the Wireless Weight-Based Bin, which is an individual smart bin with a digital label. This breakthrough technology finally provides a fully flexible option that seamlessly fits into your existing storeroom setup, while providing fully autonomous restocks in the form of perpetual stock-level checks and self-replenishment once the order point is reached.
For Kanban systems, there’s another neat solution. Digital display tags that can be attached to your existing inventory bins, racks, shelves, or drawers, for instant automation. With a click or a tap with your mobile phone, generate, refill, connect to inventory details, and track supplies in real-time.
Automated Kanban and PAR solutions are the simplest way to upgrade inventory tracking. With automated tracking, the time spent by nurses and materials management teams is reduced drastically.
The data generated by these systems support accurate decision-making and demand-driven supply ordering based on real-time data.
Point-of-Use Documentation & UDI Capture
Providers wishing to shine some light on those dark data spaces in the OR and procedure areas can add a final safety net to their implant management by using a custom-designed perioperative documentation tool that ensures full item and charge capture at the point of use.
Snap&Go automatically documents utilization, ensuring full UDI capture, as well as efficient charge capture. The revolutionary use of image recognition technology reduces the task of nurses down to 3 seconds, and the system automatically identifies, verifies, and documents each product into the EHR.
Finally, providers can fix their toughest data gap and ensure full consumption data will result in compliant medical records, demand-driven procurement, and accurate medical billing.
Automated Dispensing System for Narcotics, Controlled Drugs, and Medications
Decentralized dispensing brings the pharmacy into the operating room and can be of great benefit to patient care. However, ensuring that the automated cabinet is both secure and carefully managed are an important criterion to check when deciding upon a new system.
IDENTI’s Automated Dispensing Cabinet has the highest levels of security. Its single-cell dispensing ensures that no user has access to anything other than the right drug in the right dosage. With user-tracking, as well as item-tracking, this smart dispensing cabinet ensures every user is fully accountable for their dispensing. Fully compliant with the requirements of the American Society of Health-System Pharmacists (ASHP) guidelines for preventing drug diversion, this cabinet is a smart, secure option for decentralized dispensing.
The cabinet has a dual dashboard powered by AI software that supports pharmacy management as well as clinician dispensing. The system ensures that the pharmacy has complete oversight and management of this pharmacy inventory, while the clinician has full access to dispense the medication, drugs, or narcotics that are required to treat the patient.
Upgrade Your Healthcare Inventory Management System
We are now standing at the crossroads between the old processes and new technology.
AI, image recognition, and other digital advancements are changing the game, providing exceptional data capture capabilities, twinned with next-level data processing.
If your inventory management systems are struggling to cope with your need for real-time visibility and tracking, as well as prompt, accurate data, it’s time to leverage the power of new technology.
Lay the supply chain foundations for the healthcare of tomorrow.
Looking for the right healthcare inventory management system? Contact us to discuss your challenges and discover the best solution for managing medical supplies, implants, medications, and point-of-use documentation.
