Advalab Coagulation Analyzers deliver precise clot formation assessment using a mechanical detection system that ensures accuracy in routine and specialized testing. Supported by optical colorimetry, measures subtle color changes to determine analyte concentration with high consistency. Built with durable laboratory-grade components. Offers stable, long-term performance while maintaining safe operation in clinical environments. A streamlined, intuitive interface enhances user comfort and simplifies daily workflows, while an advanced data management system improves result handling and traceability. Designed for compact integration and easy maintenance, fit seamlessly into hospitals, diagnostic centers, and clinical laboratories. Our Coagulation Analyzers require only small blood samples and combine robust design with consistent analytical performance to deliver efficient testing, accurate results, and effective monitoring of clotting disorders.
1. What are Coagulation Analyzers?
Coagulation Analyzers are laboratory instrument that measures blood clotting ability. It helps diagnose and monitor bleeding and thrombotic disorders. These systems perform tests such as PT, APTT, and fibrinogen levels. They use small blood samples and provides quick, accurate results. Such Analyzers are widely used in hospitals and diagnostic laboratories.
2. Which tests can a Coagulation Analyzers perform?
Coagulation Analyzers perform key tests such as Prothrombin Time (PT) and Activated Partial Thromboplastin Time (APTT) to assess blood clotting pathways. They also measure Thrombin Time (TT) to evaluate the final step of clot formation. The fibrinogen test determines the level of fibrinogen, a crucial clotting protein. Additionally, the D-Dimer test helps detect abnormal clot breakdown in conditions like thrombosis. These tests are essential for diagnosing bleeding disorders and monitoring anticoagulant treatments.
3. How do Coagulation Analyzers work?
Coagulation Analyzers work by measuring the time it takes for a blood sample to clot. The process begins by mixing the sample with specific reagents that trigger the clotting cascade. These Analyzers detects clot formation by measuring changes in light transmission or detecting physical changes in the sample. This automated process provides fast and accurate results for diagnosing and monitoring clotting disorders.