RightSpotpH® ENFit Indicators
Instant, Reliable NG/OG Tube Placement Confirmation with ENFit Compatibility
Used to validate placement of ENFit NG/OG tubes
Specialized pH testing with ENFit connector compatibility provides immediate verification of tube position. Seamlessly integrates with existing ENFit systems for fast, radiation-free confirmation across all patient populations.
Why the RightSpotpH® ENFit 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Patients continue to be at risk due to outdated placement verification methods.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illustration depicting a healthcare professional performing an auscultation test) | Auscultation (Whoosh Test) is outdated and unreliable → Healthcare organizations have called for its discontinuation.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) |
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)
*The Journal of Perinatal & Neonatal Nursing (2015) Following the Evidence. Enteral Tube Placement and Verification in Neonates and Young Children. Clifford, Patricia; Heimall, Lauren; Brittingham, Lori; Finn Davis, Katherine; Neonatal Intensive Care (2015) Validation Study of the RightSpot Infant pH Indicator for Verification of Feeding Tube Placement in the Neonatal Intensive Care Unit. Martin, Gregory C.; Wade, Christine.
**ENA Clinical Practice Guideline (2015); AACN Practice Alerts (2005 & 2016); CHABlind Pediatric NG Tube Placement Patient Safety Alert (2012)
***NPSA Patient Safety Alert, NHS (March 2011)
Join Industry Leaders
As more hospitals continually adopt ENFit technology to maximize patient safety, the RightSpotpH® indicator remains the most reliable choice for NG/OG tube placement confirmation. The RightSpotpH® indicator is ENFit compatible, and is increasingly becoming the international standard for confirming gastric tube placement. Below is a graphic showing ENFit conversion rates among top rated hospitals. With the combined reliability of ENFit connectors and RightSpotpH® indicators, healthcare professionals can achieve the true best practice for NG/OG tube placement.
See How Much Your Facility Can Save with RightSpotpH® ENFit
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
Why is gastric acidity verification essential for tube placements?
The primary concern during NG or OG tube insertion is to prevent inadvertent placement in the trachea or lungs. Such misplacement can lead to severe complications like pneumonia if fluids or medications are introduced. The RightSpotpH® ENFit Indicator detects misplacements immediately, allowing for quick corrective actions in critical care situations.
How long does it take for the RightSpotpH® ENFit Indicator to verify tube placement?
The indicator is sensitive to pH changes and calibrated to detect specific acidity levels of gastric aspirate. Once aspirate is introduced to the indicator, it immediately reacts, displaying the pH level. This swift response prevents delays in medical interventions, especially in time-sensitive critical care scenarios.
How cost-effective is using the RightSpotpH® ENFit Indicator compared to traditional methods?
The RightSpotpH® ENFit Indicator drastically reduces the number of X-rays needed to confirm placement, leading to substantial cost savings and increased patient safety. Traditional methods often delay patient care, potentially causing longer hospital stays and increased costs. The ENFit Indicator combines enhanced patient safety, smoother healthcare processes, and tangible cost savings.
Can the RightSpotpH® ENFit Indicator be used for both NG and OG tubes?
Yes, the RightSpotpH® ENFit Indicator features a universal design for use with different types of tubes, whether inserted through the nose (NG) or mouth (OG). This simplifies the process for healthcare professionals, eliminating the need to stock multiple tools and reducing potential confusion while streamlining procedures.
Ready to Improve Patient Safety?
Misplaced NG/OG tubes can lead to serious complications, increased hospital stays, and unnecessary costs. RightSpotpH® ENFit provides a fast, accurate, and radiation-free solution to verify tube placement instantly while maintaining compatibility with ENFit connection systems.
Take the next step in improving patient safety and clinical efficiency.
