RightSpotpH® SmallBore Indicator
Instant, Reliable NG/OG Tube Placement Confirmation for Smaller Tubes
Used for NG/OG tubes 10Fr or less
Specialized pH testing for smaller tubes (10Fr or less) provides accurate verification for pediatric patients and neonates. Fast, radiation-free confirmation prevents complications in the most vulnerable patients.
Also available with ENFit Connectors.
Why the RightSpotpH® SmallBore 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Patients continue to be at risk due to outdated placement verification methods.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, leading to serious complications. | NG/OG Tube Placement Accuracy Chart |
(An icon or simple illustration depicting a healthcare professional performing an auscultation test) | Auscultation (Whoosh Test) is outdated and unreliable → Healthcare organizations have called for its discontinuation. |
X-rays are slow, costly, and expose patients to radiation. | (side by side image of correct and incorrect placement) |
Misplacement can cause aspiration pneumonia, increased hospital stays, or even death. | (XRay vs PH Testing check list) |
Request a Demo Read the Clinical Evidence
Why Traditional Methods Fall Short
❌ Auscultation is Unreliable | ❌ X-Rays Are Slow & Costly | ❌ Misplacement Leads to Serious Harm |
Not considered best practice | Expensive, exposes patients to radiation | 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.
✔ The Journal of Perinatal & Neonatal Nursing (2015)
✔ ENA Clinical Practice Guideline (2015)
✔ NPSA Patient Safety Alert (2011)
Request a Demo Read the Clinical Evidence
See How Much Your Facility Can Save with RightSpotpH® SmallBore
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 primary function of the RightSpotpH® SmallBore Indicator?
The RightSpotpH® SmallBore Indicator provides immediate and accurate pH readings to confirm the placement of NG/OG tubes 10Fr or less, verifying they’re properly positioned in the stomach.
Can the RightSpotpH® SmallBore Indicator be used for neonates?
Yes, the RightSpotpH® SmallBore Indicator is designed for a younger patient population, including neonates. This is essential as neonates are particularly vulnerable to the risks of tube misplacement due to their fragile health and unique physiological attributes.
Does using the RightSpotpH® SmallBore Indicator reduce the need for X-ray confirmation?
Yes. While X-rays have traditionally been the gold standard, they expose patients to radiation, delay treatment during wait times, and add significant expense. The SmallBore Indicator offers a radiation-free, immediate alternative that’s both cost-effective and patient-friendly.
How user-friendly is the RightSpotpH® SmallBore Indicator for clinical staff?
The RightSpotpH® SmallBore Indicator’s intuitive design makes it easy to use, allowing clinical staff to confirm tube placement without complex procedures. It can be operated with minimal instruction, integrating smoothly into daily clinical workflows.
Ready to Improve Patient Safety?
Misplaced NG/OG tubes can lead to serious complications, increased hospital stays, and unnecessary costs. RightSpotpH® SmallBore provides a fast, accurate, and radiation-free solution to verify placement of smaller tubes instantly, even for the most vulnerable patients.
Take the next step in improving patient safety and clinical efficiency.
