Viscosity-Based Detection: A Key Feature of the Succeeder SF-9200

coagulation

Accurate and efficient coagulation testing is an essential part of modern clinical laboratories. The detection technology used by a coagulation analyzer can directly influence the testing process and laboratory workflow. The Succeeder SF-9200 Fully Automated Coagulation Analyzer features a viscosity-based mechanical clotting detection system, providing laboratories with an automated approach to coagulation testing.

As the “gold standard” of coagulation testing in the SF-9200 product information. An important feature of this technology is its insensitivity to HIL samples, including haemolysed, icteric and lipemic samples. This characteristic supports consistent coagulation testing when sample appearance may be affected by these conditions.

In addition to viscosity-based clotting assays, the SF-9200 also supports chromogenic and immunoassays, enabling a broad range of coagulation testing on a single automated platform.

The analyzer supports a comprehensive test menu, including PT, APTT, FIB, TT, D-Dimer, FDP, AT-III, LA, Anti-Xa, dTT, coagulation factors, Protein C, Protein S, vWF and APTT mixing tests, among others.

With its combination of viscosity-based mechanical clotting detection, chromogenic and immunoassay technologies, the SF-9200 is designed to meet diverse testing requirements in modern coagulation laboratories while supporting an efficient and automated testing workflow.