In clinical diagnostics, efficiency and accuracy are key. Headway addresses both with their 13CO2 Urea Breath Analyzer, also known as the 13C UBT Rapid Analyzer. Designed for practical use in various medical environments, this analyzer supports fast and reliable testing for Helicobacter pylori.
Quick Startup and Seamless Operation
The operation process for the 13C UBT Rapid Analyzer is straightforward. Users begin by turning on the device, turning on the device, connecting the external printer, and linking it to a computer via USB. Once the software is launched and login is completed, the system performs an automatic self-test. When the system is ready, indicated by a prompt on the screen, the user can begin testing.
Clear Sampling Process for Accurate Results
The sampling process is clearly structured. Patients are first asked to breathe into a light blue collection bag to provide a baseline sample. After ingesting a 13C-labeled urea capsule with water and waiting for 30 minutes, a second breath sample is collected in a light pink bag. This clear distinction between baseline and sample gas ensures accuracy during analysis.
Multiple Sample Detection and Fast Results
One of the strengths of the 13CO2 Urea Breath Analyzer by Headway is its ability to test up to six sets of samples simultaneously. Users insert both baseline and sample gas bags into designated ports. After inputting patient information, they can initiate the measurement process. The analyzer automatically completes testing and prepares results for review within minutes.
Efficient Reporting with External Printing
Following analysis, the software allows users to view pending test results or select completed tests for report generation. The external printer provides a quick and clear printout of the results, supporting smooth clinical workflow.
Conclusion
The 13CO2 Urea Breath Analyzer by Headway offers an effective way to test for H. pylori, with clear operation steps and batch testing capabilities. As a 13C UBT Rapid Analyzer, it delivers accurate results while supporting efficient diagnostics for healthcare professionals.
