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The CA-A200 automated coagulation analyzer, with its highly automated features, can handle large samples quickly and with high throughput. The CA-A200 coagulation analyzer also features an efficient sample handling system and an intelligent operator interface for easy operation and reliable results. It plays an important role in clinical diagnosis, hematology research and treatment monitoring, providing fast and accurate coagulation analysis results to help medical professionals make accurate diagnosis and treatment decisions.
High throughput: Capable of processing multiple samples simultaneously, it has high test throughput and is suitable for large medical institutions and laboratories, etc.
Automated operation: Automatically completes the steps of sample processing, reagent addition, testing and data processing, which reduces the need for manual operation and improves the efficiency and accuracy of testing.
Data management and report generation: Data management system capable of storing and managing test results and generating detailed reports
| Model | CA-A200 |
|---|---|
| Test Speed (Ts/h) | 200 |
| Probe | 1 |
| Test Method | Coagulation (magnetic beads), Immunoturbidimetry, chromogenic substrate |
| Test Items | PT, APTT, FIB, TT, D-dimer, FDP, AT-III, all factors, FM, APC-R, PC, PS, vWF, HEP, LMWH, AT, PLG, PAI, TAFI, Free-Ps, AP, HNF/UFH |
| Test Channels | 4 |
| Sample Position | 35 |
| Pre-heating Channels | 20 |
| Reagents Position | 21 (20+1) |
| Sampling Arm | 1 |
| Washing Position | 1 |
| Cuvettes Loading System | Drawer style |
| Reagent Loading System | Drawer style |
| Sample Loading System | Drawer style |
| Magnetic Cuvettes Loading | 1000 |
| Auto Positioning | Yes |
| Integrated Sampling Pump System | Yes |
| Inner Card Reading Function | Yes |
| Bar Code Recognition Function | Yes |
| LED Lighting | Yes |
| Four Direction Cooling | Yes |
| Insufficient Alarm for Cuvettes, Reagents, Detergent | Yes |
| LIS System | Yes |
| Sizes(W×D×H)(mm) | 600x620x650 |
| Shipping Size(W×D×H)(mm) | 970x950x950 |
| N.W./G.W. (kg) | 110/150 |

The front view shows the intuitive control panel and clearly marked buttons for efficient operation. Its sleek design is compact, saving space in the laboratory while ensuring high-throughput testing for coagulation parameters.


The compact size is ideal for laboratory spaces, while the side vents provide efficient airflow to maintain stable operating temperatures. The side view also highlights the ports and connections for easy integration into laboratory networks.


Inside the automated coag analyzer, precision components such as reagent chambers, sample trays, and sensors are clearly visible. The high-quality, durable materials used in the internal structure ensure long-lasting performance and reliability. The system’s automated processes streamline testing and reduce the chances of human error, enhancing overall accuracy and efficiency in coagulation testing.
A coagulation analyzer is a specialized in vitro diagnostic device used to assess blood coagulation function. Its primary functions include screening for coagulation disorders, evaluating the risk of bleeding or thrombosis, monitoring the efficacy of anticoagulant therapy, aiding in preoperative assessment, and assisting in the diagnosis of conditions such as hemophilia and disseminated intravascular coagulation (DIC).
It measures key coagulation parameters such as PT/INR, APTT, and D-dimer, typically using detection principles such as optical and mechanical methods. These analyzers are categorized into fully automated, semi-automated, and point-of-care rapid testing systems, and are widely used in clinical laboratory settings across medical institutions of all levels.
Fully automated coagulation analyzers commonly integrate three core detection principles:
Optical turbidimetry: Tracks changes in plasma light transmittance/scattering as fibrin clots form
Mechanical (magnetic bead) method: Detects clot formation by monitoring the oscillation amplitude change of a magnetic bead in plasma, unaffected by lipemic/hemolyzed/icteric samples
Immunoturbidimetry: Uses antigen-antibody binding reactions to quantify specific markers such as D-dimer and coagulation factors.