The Hidden Cost of Difficult IV Access (and How to Calculate Yours)

The cost of difficult IV access rarely shows up as a line item, which is exactly why it is so easy to overlook. It hides inside supply closets, nursing inefficiencies, PICC placements, and infection remediation budgets. More than 300 million peripheral IV catheters are placed in U.S. hospitals every year, and first-attempt success for staff nurses runs just 44% to 77% (Keleekai et al., 2017). Every missed stick starts a small, expensive chain reaction. This article breaks down where those dollars go, what the research calculates as the total cost burden, and how to put a real number on it for your own facility.

Where the cost of difficult IV access hides

A failed stick is not one cost. It is the first step in an escalation cascade, and each step adds spend.

  • Wasted supplies and labor. Each additional attempt consumes roughly $28 to $35 in catheters, supplies, and nursing time (Santolucito, 2001).
  • Diverted staff. When a stick will not cooperate and a second nurse or a vascular-access specialist is called, that escalation commonly adds 30 to 60 minutes of delay.
  • Unnecessary PICC lines. Difficult access is a frequent reason patients are escalated to a PICC line placement, at roughly $300 to $1,000 each (Roszell and Jones, 2010).
  • Central-line infections. More central lines mean more chances for a CLABSI, which carries an attributable cost of about $48,108 per case and is a CMS “never event” that hospitals absorb in full (AHRQ, 2017).
  • Experience and reimbursement. Repeated sticks erode the patient experience. Lower HCAHPS scores can put up to 2% of Medicare payments at risk under CMS Value-Based Purchasing.

None of these appear under “difficult IV access” in a budget. Added together across a year, they are substantial.

How big is the burden, really?

Recent research indicates the scale. In an analysis of emergency department data, the economic burden of difficult intravenous access reached about $84.29 per affected patient, up to $890,095 a year for a single emergency department, and roughly $2.68 billion nationally (Gala et al., 2024).

That is only the emergency department. The same drivers play out in med-surg, oncology and infusion, dialysis, imaging, and the ICU, which is why the total footprint across a hospital is larger than most teams assume.

How to calculate the cost of difficult IV access for your facility

National averages make the case, but a budget conversation needs your numbers. The good news is that the cost is built from inputs you already track:

  • Your bed count, occupancy rate, and the share of patients who need an IV
  • How often IVs are restarted
  • Your current average number of stick attempts per placement
  • Your cost per attempt, nursing cost per hour, and PICC and CLABSI costs

Multiply those together and the annual cost of difficult access stops being abstract. To skip the spreadsheet, the NextVein hospital ROI calculator does the math for you: enter your facility’s assumptions and it returns your estimated annual cost, potential savings, and payback.

A modeled example: a 100-bed hospital

To show the scale, NextVein’s hospital business case models a 100-bed facility at 90% occupancy, 90% of patients requiring an IV, a 3-day change cycle, and one device per four beds. In that model, the annual savings break down like this (LaRue, 2000; Hess, 2010; Santolucito, 2001; AHRQ, 2017):

  • Reduced stick attempts: about $353,382
  • Nursing efficiency from fewer escalations: about $73,950
  • PICC line avoidance: about $48,068
  • CLABSI prevention: about $106,728
  • Total annual savings: about $582,128

Against a modeled device investment of roughly $75,000, that is a net first-year savings near $507,128 and a payback of about 1.5 months. These are modeled estimates drawn from published studies, not a guarantee for any specific facility. Your own inputs will speak directly to you and your operations.

How vein visualization changes the math

The cost of difficult access is driven by extra attempts, so the lever is first-attempt success. Studies show near-infrared vein visualization can reduce the average number of IV attempts from about 2.3 to 1.18, a roughly 49% reduction, with the strongest results in pediatric and difficult-access patients (LaRue, 2000; Hess, 2010). 

NextVein’s vein visualization device projects a real-time map of the patient’s veins directly onto the skin, so the clinician can see vein location, size, and patency before the needle touches the patient.

Fewer attempts ripple outward into the same cost drivers, in reverse: less supply waste, fewer escalations, fewer access-driven PICC lines, and fewer chances for infection. There are further costs the direct model does not capture, including extended stays from PICC complications at more than $3,000 per added day (Lim, 2019) and preanalytical lab errors averaging $208 each (Green, 2013). You can review the full body of research on our evidence for vein visualization page, and see how facilities apply it on our vein finders for hospitals page.

Put a number on it

Difficult IV access is a quiet, recurring cost, and the first step to managing it is measuring it. Start with your own facility’s figures, model the annual burden, and look at what improving first-attempt success could return. When you are ready, request a personalized price quote or reserve a free evaluation trial to try NextVein on your own patients before you commit. The cost of difficult access is already in your budget. The question is how much of it you can recover.