Fully Automatic Thromboelastography Instrument

An automated system for thromboelastography testing used in hemostasis assessment and monitoring. This device is designed for clinical diagnostic laboratories to evaluate blood clotting function and coagulation profiles.

Fully automated thromboelastography system for real-time assessment of blood clot formation and fibrinolysis in perioperative and critical care settings.

A coagulation analysis instrument that monitors the dynamic hemostasis process from blood clotting through fibrinolysis. Provides comprehensive assessment of a patient's complete coagulation profile in a single integrated measurement.

An automated thromboelastography instrument designed for comprehensive thrombosis and hemostasis testing. This device provides rapid analysis of blood coagulation properties and clot formation dynamics in clinical laboratory settings.

A fully automated thromboelastography instrument that achieves complete automation from blood sample placement to report output without manual intervention. It features multiple reagent positions and an eight-channel module design for high-throughput testing.

A fully automated thromboelastography device that reflects dynamic changes in blood coagulation, including fibrin formation speed, dissolution status, and clot firmness and elasticity. It is widely applied in blood banks, laboratories, surgical settings, and anesthesiology departments. The system features automatic reagent addition to avoid manual errors and supports external display connectivity.

A fully automated thromboelastography device that reflects dynamic changes in blood coagulation, including fibrin formation speed, dissolution status, and clot firmness and elasticity. It is widely applied in blood banks, laboratories, surgical settings, and anesthesiology departments. The system features point-of-care (POCT) capabilities for simple operation suitable for all clinical scenarios.

A fully automated thromboelastography device that reflects dynamic changes in blood coagulation, including fibrin formation speed, dissolution status, and clot firmness and elasticity. It is widely applied in blood banks, laboratories, surgical settings, and anesthesiology departments. The system features automatic reagent addition and simplified workflow to reduce manual workload and lower operational costs.

Fully automated thromboelastography system for comprehensive hemostasis and thrombotic assessment. Provides real-time analysis of blood coagulation dynamics and clot formation characteristics.

A fully automated thromboelastography device that performs dynamic analysis of coagulation factor activation, platelet aggregation, and fibrinolysis processes. It converts blood clot elasticity into graphical representation using physical methods to provide a complete view of patient coagulation-fibrinolysis status. The system features 12 independent detection channels with daily throughput capacity of over 200 samples and supports integration with laboratory automation lines.

A fully automated thromboelastography device that analyzes coagulation factor activation, platelet aggregation, and fibrinolysis processes through dynamic analysis. It converts blood clot elasticity strength into graphical representation to provide complete visualization of patient coagulation-fibrinolysis status for intuitive assessment of blood coagulation conditions. The system features 6 independent detection channels with daily sample processing capacity of over 100 samples.

A fully automatic thromboelastography analyzer that provides comprehensive hemostasis assessment by measuring blood viscoelastic properties during coagulation. The ATEG-B features 62T/H testing throughput, 14 test reagent positions, 30/40 sample positions, and 16 parallel channels for simultaneous testing. It uses liquid reagent formulations that are immediately ready-to-use with one-year stability and employs advanced 'multi-frequency method' technology to eliminate traditional coagulation testing issues, enabling 16-channel parallel detection.