Disposable Triple Blood Bag System for Clinical Blood Collection

Core Product Advantages

1. Standard triple-bag integrated design, consisting of main blood collection bag, two satellite transfer bags, built-in separation filter, flow regulator and complete connecting tubing. It realizes whole blood collection, plasma separation, red cell preparation and blood component storage in one closed circulation system without extra transfer operation.

2. Medical-grade soft PVC bag material with excellent oxygen permeability and biocompatibility, no harmful plasticizer precipitation, effectively protects blood cell activity and guarantees long-term blood storage stability.

3. Built-in high-precision leukocyte reduction filter removes white blood cells efficiently, greatly lowering the risks of transfusion reaction, fever and immune rejection for patients receiving blood transfusion.

4. Adjustable plastic flow control clip enables precise control of blood flow speed during collection and separation, avoiding blood overflow or insufficient liquid extraction to ensure stable operation for lab staff.

5. Complete closed sterile pipeline structure prevents external bacteria and impurities from entering the blood loop, eliminating cross-contamination and secondary pollution risks in blood processing.

6. Clear volume scale printed on each bag body for intuitive real-time observation of blood liquid volume, convenient for standardized clinical blood component separation and measurement.

7. EO ethylene oxide single sterile packaging, independent sealed package for each set, free of pyrogen and endotoxin, fully complies with international medical disposable device safety standards.

8. Flexible lightweight tubing with anti-kink design, not easy to fold and block liquid flow during handling, greatly improving operation efficiency in blood stations and hospital blood banks.

9. Multi-functional injection port and sealed liquid outlet cap design support safe sample extraction and liquid transfer, effectively avoiding blood leakage and accidental infection during operation.