Hospital Equipment Hoarding: How RTLS Solves the Missing Wheelchair and IV Pump Problem

By Mike Maurer, President, MGM Solutions | 35+ Years in RTLS

If you have spent any time in a hospital, you have witnessed the daily scavenger hunt. A nurse needs an IV pump for a patient who arrived 20 minutes ago. The supply room is empty. The charge nurse sends a tech to check the other floors. Thirty minutes later, the tech finds three pumps stashed in a storage closet on 4 West — hidden there by a night shift nurse who got tired of never having equipment when she needed it.

This is equipment hoarding, and it is one of the most expensive and pervasive operational problems in American hospitals. It is also one of the most solvable — if the hospital has the right real-time locating system (RTLS) infrastructure in place.

The Scale of the Problem

The numbers are staggering. The average hospital loses between 15 and 30 percent of its mobile equipment inventory to hoarding, misplacement, and theft every year. For a 400-bed hospital with $15 million in mobile assets, that translates to $2.25 million to $4.5 million in equipment that is either lost, hidden, or sitting in the wrong location at the wrong time.

The equipment is not actually gone in most cases. It is hoarded. Nurses and techs who have been burned one too many times by empty supply rooms start stockpiling critical items — IV pumps, sequential compression devices (SCDs), wheelchairs, portable monitors, bladder scanners — in closets, behind curtains, in empty patient rooms, and in break rooms. Each unit protects its own stash, creating a zero-sum game where one floor has surplus while another has nothing.

The downstream effects cascade through the entire operation. Patients wait longer for treatments. Discharges are delayed because there are no wheelchairs available. Clinicians waste time searching instead of caring for patients. Rental costs spike because purchasing orders replacements for equipment that is not actually missing. According to research published by the Centers for Medicare and Medicaid Services (CMS), discharge delays alone cost hospitals an estimated $2,000 to $5,000 per delayed day per patient.

Why Hospitals Cannot Solve This Without RTLS

Hospitals have tried everything short of RTLS to address equipment hoarding. Barcode check-in/check-out systems fail because staff do not comply with scanning requirements when they are in a hurry — which is always. Manual inventory counts are labor-intensive and provide only a point-in-time snapshot that is outdated within hours. Par level management assumes equipment stays where it is supposed to, which it does not.

The fundamental problem is that without real-time location data, nobody knows where equipment actually is at any given moment. RTLS solves this by attaching small wireless tags to every piece of tracked equipment and using a network of readers to determine each tag location continuously, 24 hours a day, 7 days a week.

Our SecurTRAK AsseTRAK platform uses 433 MHz RF readers deployed on a 45 to 50 foot spacing throughout the facility to hear tag transmissions through walls, floors, and ceilings — regardless of whether the equipment is behind a closed door, in a closet, or buried under linens. This is a critical distinction from Wi-Fi and BLE-based systems that struggle with signal penetration and require line-of-sight or proximity to access points to determine location.

How RTLS Eliminates Hoarding Behavior

RTLS does not just find lost equipment — it fundamentally changes the behavior that causes hoarding in the first place. When every wheelchair, IV pump, and SCD is visible on a real-time map accessible from any workstation or mobile device, the incentive to hoard disappears. Staff can see exactly where available equipment is located and retrieve it in minutes rather than searching for 30 minutes or more.

The system also provides automated par level alerts. When the number of a specific equipment type on a given floor drops below the configured minimum, the system notifies materials management or the charge nurse. Equipment can be redistributed proactively before shortages develop, rather than reactively after a nurse has already hidden three pumps in a closet.

For hospital leadership, the data is equally powerful. RTLS generates utilization reports showing which equipment is in use, which is idle, and which has been sitting in the same location for days without moving. This data drives smarter purchasing decisions — hospitals discover they do not need to buy 50 more IV pumps; they need to redistribute the 200 they already own.

RTLS Technology Comparison for Asset Tracking

Capability	433 MHz RF (SecurTRAK)	Wi-Fi RTLS	BLE Beacon	Passive RFID
Wall penetration	Excellent — penetrates concrete, drywall, metal	Poor — 2.4 GHz attenuated by walls	Poor — 2.4 GHz, low power	None — requires line-of-sight reader
Location accuracy indoors	5–15 ft with triangulation	30–70 ft (nearest AP)	10–30 ft (variable)	Doorway-level only
Tag battery life	3–5 years	2–3 days (recharge)	1–3 years	No battery (passive)
Continuous tracking	Yes — 10-sec intervals	Intermittent — high latency	Yes — variable intervals	No — scan-on-demand
Hidden equipment detection	Yes — RF reads through closet doors	Unreliable — signal blocked	Unreliable — signal blocked	No — must pass reader
Floor-level accuracy	Guaranteed via LF exciters at stairwells/elevators	Unreliable — floor hopping common	Moderate with proper beaconing	Doorway chokepoint only

Real-World ROI: What Hospitals Actually Save

The return on investment for RTLS-based asset tracking is among the fastest of any hospital technology deployment. Consider a mid-size community hospital with 300 beds tracking 2,000 mobile assets.

Reduced rental costs: Hospitals that cannot locate their own equipment frequently rent replacements. At $50 to $150 per day per device, a hospital renting even 10 devices per month spends $6,000 to $18,000 monthly on equipment it already owns. RTLS eliminates this waste almost immediately.

Deferred capital purchases: When utilization data reveals that 35 percent of IV pumps are idle at any given time, the hospital can defer a planned $500,000 pump purchase and redistribute existing inventory instead.

Reduced search time: Studies consistently show that clinical staff spend 20 to 30 minutes per shift searching for equipment. For a hospital with 800 nursing staff, that represents 13,000 to 20,000 hours annually — the equivalent of 6 to 10 full-time employees doing nothing but looking for wheelchairs and pumps.

Faster discharges: When patients are ready for discharge but waiting for a wheelchair, RTLS locates the nearest available one in seconds. Reducing discharge delays by even 30 minutes per patient generates significant revenue recovery from beds that turn over faster.

Integration with Life-Safety Systems

One of the most compelling advantages of the SecurTRAK platform is that asset tracking runs on the same infrastructure as staff duress, patient elopement prevention, and temperature monitoring. The 433 MHz readers, LF exciters, and server software that protect staff and patients are the same components that track equipment.

This shared infrastructure model means hospitals do not need to install, manage, and maintain separate networks for each application. It also means the marginal cost of adding asset tracking to a facility that already has SecurTRAK deployed for life-safety is a fraction of deploying a standalone asset tracking system. Learn more about how our approach differs from competing RTLS platforms.

Frequently Asked Questions

How long does it take to deploy RTLS for asset tracking?

For a facility that already has SecurTRAK infrastructure installed for staff duress or patient tracking, adding asset tracking tags and configuring the software can be completed in weeks. For a new installation, a typical 300-bed hospital can be fully deployed in 3 to 6 months depending on construction constraints and network readiness.

Do staff need to interact with the tags or scan equipment?

No. The tags transmit automatically at 10-second intervals. Staff do not need to scan, check in, or check out any equipment. The system tracks location continuously and passively, which is why compliance rates with RTLS are near 100 percent compared to barcode systems that typically see 20 to 40 percent compliance.

Can the system track equipment across multiple buildings on a campus?

Yes. SecurTRAK supports multi-building, multi-campus deployments with a single server instance. Our Pittsburgh VA deployment covers two campuses eight miles apart with over 7 million square feet of combined indoor and outdoor coverage, all managed from a single system.

What types of equipment can be tracked?

Any mobile asset can be tracked by attaching a small wireless tag. Common items include IV pumps, wheelchairs, stretchers, sequential compression devices, portable monitors, bladder scanners, ventilators, transport monitors, and specialty beds. Tags can also be attached to high-value surgical instruments and biomedical equipment.