Haemonetics S.A.

Haemonetics S.A. specializes in blood component collection and processing sets. These include platelet (PLT) and plasma (PLS) sets, some of which incorporate filters for added safety. The company also produces bundled saline line attachments and closed-system configurations for multi-bag collections, such as fresh frozen plasma (FFP) sets. Additionally, they manufacture connectors designed for medical infusion systems. These devices are primarily used in blood donation and transfusion procedures to maintain sterility and compatibility.

Haemonetics S.A. is based in Switzerland. The company’s devices are registered in the eudamed database, which is the EU’s official registry for medical devices. This listing ensures compliance with European Union regulatory requirements for traceability and market surveillance, allowing healthcare providers and authorities to verify the devices’ registration status.

Haemonetics S.A.’s devices fall under Class IIa and Class IIb classifications in the EU Medical Device Regulations. Class IIa includes moderate-risk devices requiring additional measures to ensure safety and performance, while Class IIb covers higher-risk products that demand stricter controls. These classifications reflect the critical role of these blood processing sets in transfusion safety and patient care.

The filters and closed-system configurations in Haemonetics S.A.’s blood component sets are designed to enhance safety and sterility during blood donation and processing. Filters help remove contaminants or residual air from platelet or plasma collections, reducing the risk of clotting or infection. Closed systems minimize exposure to external environments, lowering the chance of microbial contamination or leakage, which is critical for maintaining the integrity of blood products before transfusion.

Yes, Haemonetics S.A.’s devices are primarily used in blood donation and transfusion procedures. Their specialized sets—such as platelet, plasma, and fresh frozen plasma (FFP) configurations—are engineered to facilitate the safe separation, collection, and handling of blood components. This ensures compatibility, sterility, and proper storage conditions, which are essential for preventing complications like infections or immune reactions in patients receiving transfusions.