GLUCOSE TUBE

The glucose tube is designed to provide stable and reliable protection for blood samples during collection, transport, and testing. Constructed from high-quality materials, it maintains the integrity of sensitive components such as glucose, hemoglobin, and lactate under routine laboratory conditions. Its anti-alkali properties help preserve sample stability, reducing the risk of chemical degradation and ensuring accurate diagnostic results.

Clear markings on the tube facilitate precise labeling and easy identification, supporting efficient laboratory workflows. The tube is compatible with standard blood collection systems and is available in multiple sizes to accommodate varying sample volumes. These design features ensure that glucose tubes remain practical and user-friendly for daily clinical and research use.

• Anti-alkali protection maintains glucose and hemoglobin integrity during storage and transport.

• High-quality materials provide chemical stability and durability.

• Suitable for multiple blood tests including sugar tolerance, lactate measurement, and erythrocyte electrophoresis.

• Clear volume markings and write-on panels allow accurate labeling and sample tracking.

• Multiple tube sizes support different laboratory workflows and sample volumes.

• Durable under routine handling and environmental conditions, reducing breakage or contamination.

In addition to chemical stability, glucose tubes are engineered for consistency across repeated tests. Their uniform construction prevents sample leakage and minimizes errors during measurement or transfer. Laboratories can rely on these tubes for accurate glucose analysis, lactate testing, hemoglobin evaluation, and sugar tolerance assays. The combination of anti-alkali protection, clear labeling, and robust design ensures dependable performance in clinical, research, and educational environments.

Overall, glucose tubes balance stability, usability, and multi-test functionality, providing laboratories with a reliable tool for maintaining sample integrity while supporting accurate and reproducible results.