Sodium Fluoride Additive:
These non-vacuum tubes are precisely formulated with sodium fluoride, a recognized glycolysis inhibitor. It effectively preserves glucose levels in the collected blood, ensuring accurate analysis and reliable results for a variety of glucose-related diagnostic tests.
Efficient Sample Preservation:
The sodium fluoride additive ensures stable glucose levels in the samples, maintaining their integrity for various glucose tolerance tests, diabetes management assessments, and other glucose-related diagnostics. This feature is crucial for laboratories and healthcare facilities conducting comprehensive glucose analyses.
Universal Compatibility:
Designed to fit a wide range of blood collection equipment and techniques, these tubes are versatile and adaptable for various healthcare settings, laboratories, and research facilities, seamlessly integrating into existing workflows.
User-Friendly Design:
Clear labeling and a straightforward blood collection process make these tubes easy to use for healthcare professionals of all experience levels. This user-friendly design reduces the likelihood of procedural errors and ensures an efficient workflow.
Quality Assurance:
Accucera maintains strict adherence to industry standards, ensuring that each tube undergoes rigorous quality control checks. This guarantees reliability, consistency, and accuracy in sample preservation, essential for precise glucose analysis.
Cost-Efficiency:
With 100 tubes in each pack, the Accucera Sodium Fluoride Non-Vacuum Blood Collection Tube offers exceptional value. It enables healthcare facilities, laboratories, and researchers to manage costs
efficiently while maintaining the highest standards of sample integrity and testing accuracy.
Versatility:
These tubes find applications in various healthcare scenarios, including glucose tolerance tests, diabetes management assessments, and other glucose-related diagnostics and research, making them an
indispensable tool for healthcare providers and researchers alike.
No content available
