Disposable Blood Filter

• Rapid Filtration: Capable of filtering up to 2000ml of red blood cells efficiently.

• Easy Defoaming: Designed to minimize foam formation during transfusion.

• Clear Observation: Transparent housing allows for easy monitoring of the filtration process.

• High Filtration Efficiency:

• BFA20 model: Removes over 95% of impurities larger than 20 microns.

• BFA40 model: Removes over 95% of impurities larger than 40 microns.

• Maximum Working Pressure: Supports up to 400mmHg.

• Quality Materials: Equipped with a polyester monofilament filter element for reliable performance.

In the realm of modern medicine, the safety and effectiveness of blood transfusions are paramount. The Disposable Blood Filter emerges as a critical component in this process, ensuring that patients receive the highest quality blood products.

Comprehensive Filtration for Diverse Applications

The Disposable Blood Filter is engineered to handle a wide spectrum of blood products, including whole blood, red blood cells, platelets, concentrated granulocytes, plasma, cryoprecipitate, and Viaspan preservation solutions. This versatility makes it an indispensable tool in various medical settings, from routine transfusions to complex surgical procedures.

Unmatched Filtration Efficiency

Equipped with a polyester monofilament filter element, the Disposable Blood Filter offers exceptional filtration capabilities. The BFA20 model effectively removes over 95% of impurities larger than 20 microns, while the BFA40 model targets impurities exceeding 40 microns. This high filtration efficiency is crucial in preventing complications associated with microaggregates during transfusions.

Designed for Optimal Performance

Beyond its filtration prowess, the Disposable Blood Filter is designed with user convenience in mind. Its rapid filtration capacity allows for the processing of up to 2000ml of red blood cells, facilitating timely transfusions. The filter's design minimizes foam formation, ensuring a smooth transfusion process. Additionally, the transparent housing enables healthcare professionals to monitor the filtration process easily, enhancing patient safety.

Safety and Reliability

Safety is at the forefront of the Disposable Blood Filter's design. It supports a maximum working pressure of 400mmHg, accommodating various transfusion requirements. Being a single-use, sterile device, it significantly reduces the risk of cross-contamination, aligning with stringent healthcare standards.

Conclusion

The Disposable Blood Filter stands as a testament to innovation in medical technology, offering a reliable solution for safe and efficient blood transfusions. Its comprehensive filtration capabilities, user-friendly design, and unwavering commitment to safety make it an essential asset in modern healthcare. By integrating the Disposable Blood Filter into transfusion protocols, healthcare providers can enhance patient outcomes and uphold the highest standards of medical care.