Instant, Reliable NG/OG Tube Placement Confirmation
Quickly verify proper tube placement with pH testing that saves time, reduces costs, and prevents complications from misplacement. The most accurate method for patient safety.
Why the RightSpotpH® is Essential
| Improves Patient Safety | Saves Money & Time | Immediate Results |
| Closed System = No Contamination | FDA & CLIA Compliance | Easy Training & Adoption |
The Hidden Risks of NG/OG Tube Misplacement
Patients continue to be at risk due to outdated placement verification methods.
Studies show that 21-56% of tubes meant for the stomach end up misplaced elsewhere in the body, which can lead to serious complications.
- An icon or simple illustration depicting a healthcare professional performing an auscultation test
- X-rays are slow, costly, and expose patients to radiation.
- Misplacement can cause aspiration pneumonia, increased hospital stays, or even death.
NG/OG Tube Placement Accuracy Chart
- Auscultation (Whoosh Test) is outdated and unreliable → Healthcare organizations have called for its discontinuation.
- side by side image of correct and incorrect placement
- X-ray vs pH Testing check list
Why Traditional Methods Fall Short
Auscultation is
Unreliable
Not considered best practice
X-Rays Are
Slow & Costly
Expensive, exposes patients to radiation
Misplacement Leads to Serious Harm
Can cause aspiration pneumonia, lung collapse, and even death
The Science Behind pH Testing: Proven, Safe, and Recommended
Studies confirm pH testing is the safest way to verify NG/OG tube placement.
See How Much Your Facility Can Save with RightSpotpH®
Reduce unnecessary X-rays, streamline patient care, and improve safety—all while lowering costs. Use our ROI Calculator to discover the financial and operational impact of switching to a safer, more efficient verification method.
Frequently Asked Questions
What is the most effective method to check OG tube placement?
The most reliable method to check OG tube placement is through gastric pH testing. The RightSpotpH® Indicator allows for immediate and accurate verification, confirming the tube is in the right spot within the stomach.
How does the RightSpotpH® Indicator assist with NG tube insertion?
When conducting an NG tube insertion, confirmation of correct stomach positioning is necessary. The RightSpotpH® Indicator uses gastric pH testing to swiftly and reliably verify that the NG tube is not mistakenly placed in the lungs or other areas.
Why is gastric pH testing considered a superior method for tube placement verification?
Gastric pH testing leverages the stomach’s natural acidic environment to confirm tube placement. With the RightSpotpH® Indicator, healthcare professionals can obtain instant, evidence-based results, minimizing risks and promoting patient safety.
Validating correct NG/OG tube placement with pH is the standard of care in the UK and is emerging as such in the United States.
How does gastric pH testing improve the accuracy of checking NG tube placement?
The stomach’s pH is distinctively acidic, usually between 1-5.5. By using the RightSpotpH® Indicator for gastric pH testing, clinicians can quickly determine if the NG tube is indeed in the stomach or mistakenly inserted elsewhere, confirming correct tube placement.
Take the next step in improving patient safety and clinical efficiency.
Ready to Improve Patient Safety?
Misplaced NG/OG tubes can lead to serious complications, increased hospital stays, and unnecessary costs. RightSpotpH® provides a fast, accurate, and radiation-free solution to verify tube placement instantly.
