Cost Comparison of NG/OG Tube Placement Verification Methods in Hospitals

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Hospitals are constantly looking for ways to improve patient outcomes while managing operational costs. One area that carries surprising financial weight is NG/OG tube placement verification.

Every day, thousands of tubes are placed across U.S. hospitals. Even small improvements in how these placements are verified can lead to significant cost savings and better patient safety.

Letโ€™s look at how different verification methods compareโ€”and how pH testing with RightSpotpHยฎ Indicators offers both clinical and financial advantages.

 

Financial Impact of Traditional Verification Methods

The Real Cost of X-Ray Verification

X-rays have traditionally been the go-to method for confirming NG/OG tube placement. But they come with more than just image fees:

  • $200โ€“$400 per procedure, plus another $50โ€“$100 for radiologist review
  • Delays of 30โ€“120 minutes before feeding or medication can begin
  • Patient transport requires 1โ€“2 staff members per trip
  • Cumulative radiation exposure, especially concerning for neonates

These costs can quickly add up, especially in units where placements are frequent, like ICUs, NICUs, and EDs.

The Risks Behind Auscultation

Listening for air (โ€œthe whoosh testโ€) might seem cost-effective at firstโ€”but the clinical evidence doesnโ€™t support it.

  • Published research states that up to 56% of blindly placed NG tubes intended for the stomach do not end in the stomach
  • Aspiration pneumonia can cost $20,000+ per case
  • Misplacement may lead to 7โ€“9 extra days in the hospital
  • Legal settlements from tube misplacement incidents can reach into the millions

Despite these risks, auscultation remains common. Many facilities continue using it out of habit or perceived convenienceโ€”not actual effectiveness.

Why pH Testing Makes Financial and Clinical Sense

pH testing with the RightSpotpHยฎ Indicator provides immediate, accurate verification without X-rays or radiation exposure. Itโ€™s a safer, more efficient method that improves care while reducing costs.

Direct Cost Savings:

  • Avoid unnecessary X-rays
  • Instant resultsโ€”verification takes seconds
  • Minimal training required

Indirect Benefits:

  • Faster start for nutrition and medication
  • Fewer complications (e.g., aspiration)
  • Shorter hospital stays
  • More time for staff to focus on patient care

Broad Impact Across Hospital Settings

Emergency Departments
Rapid verification improves patient flow during time-sensitive scenarios.

ICUs
Immediate confirmation supports faster interventions and reduces complications.

NICUs
Avoiding radiation is critical for fragile neonates. The SmallBore Indicator (ENFit-compatible) is built for this population.

Implementing pH Testing: What to Expect

Transitioning to pH testing is simple when you plan for:

  • Updated protocols: Clearly outline when pH is sufficient vs. when X-rays are still needed.
  • Quick staff training: Most clinicians learn it with a short demo and return demonstration.
  • Tracking impact: Use your quality metrics to monitor complication rates, compliance, and time savings.

How Fast Will You See ROI?

Most hospitals see a return on investment in 3โ€“6 months after adopting RightSpotpHยฎ.

  • Each avoided X-ray saves $200-400
  • A hospital performing 20 placements daily with a 70% reduction in X-rays could save $30,000+ per month
  • Preventing one aspiration pneumonia case saves $20,000-$30,000
  • With reduced reliance on X-rays, staff can save hoursโ€”freeing time for direct care

The Bottom Line: Better Safety, Lower Cost

pH testing offers rare value in healthcare: improved safety and lower costs. Youโ€™ll reduce reliance on radiology, prevent complications, streamline care, and ease the workload on your clinical teams.

The RightSpotpHยฎ Indicator is FDA-cleared, CLIA-waived, physician-developed, and designed to solve a real-world problem in a simple, effective way.

Hospitals that have adopted this approach are already seeing measurable resultsโ€”clinically and financially.

See It in Action

Want to see how it works at your facility? Schedule a live demo with our team. Weโ€™ll walk you through how RightSpotpHยฎ fits into your protocolsโ€”and how much you could save.

 

FAQs: NG/OG Tube Verification Costs

 

Savings will depend on a hospitalโ€™s current reliance on X-rays to confirm placement. Use our ROI Calculator to get an idea of how much time and money your facility could save.

Not entirelyโ€”X-rays still have a role in some cases. But for routine verification, pH testing with the RightSpotpHยฎ drastically reduces the need.

The stomachโ€™s natural acidity (pH 1โ€“5.5) offers a clear, measurable indicator of proper placementโ€”unlike air sounds, which can be misleading.

The RightSpotpHยฎ SmallBore is specifically designed for neonatal and pediatric patients. It reduces radiation exposure by providing safe, bedside verificationโ€”no X-rays needed for most placements. 

Itโ€™s also ENFit-compatible, supporting safer enteral connections and aligning with current NICU initiatives to prevent misconnections. For fragile patients, this means faster, safer care using a device built just for them.

Training is quick and straightforwardโ€”most hospitals complete rollout with a 30-minute in-service session. RightBio Metrics also provides full support and resources.

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