Core functions and advantages
I. Accurate and reliable, quality assurance
The immunofluorescence quantitative analyzer adopts advanced immunofluorescence quantitative technology, and the test results are stable and accurate, providing high-quality data support for disease diagnosis (such as infectious diseases, endocrine diseases), reducing the risk of misdiagnosis and missed diagnosis, and making veterinary diagnosis more confident.
II. Extremely fast detection, soaring efficiency
The immunofluorescence quantitative analyzer can quickly produce results: test results can be obtained in 3-10 minutes, and a single sample can complete multi-item testing in as fast as 5 seconds, greatly shortening the waiting time for pets (such as emergency cases, batch screening), and improving diagnosis and treatment efficiency;
Adapt to fast-paced scenarios: During peak consultations in pet hospitals and disease investigations in farms, the extremely fast detection capability can quickly divert samples to avoid backlogs and ensure a smooth diagnosis and treatment process.
III.The veterinary immunoassay analyzer can be flexibly adapted to multiple scenarios
Small and portable: the machine body is compact, and lithium-ion batteries can be optionally equipped, which is free from the constraints of power cords and supports outdoor and mobile diagnosis and treatment (such as door-to-door pet services and on-site testing at farms);
Wireless interconnection: built-in WIFI function, data transmission does not require network cables, and the test results can be synchronized to computers and clouds in real time, which is convenient for veterinarians to view and analyze remotely, and is adapted to environments without network wiring (such as rural farms and pet families).
IV. Intelligent operation, upgraded experience
Android system + large screen interaction: equipped with Android system, equipped with a large-size display screen, friendly operation interface, and veterinarians can use it immediately; support automatic reading of test items, real-time automatic printing + uploading of results, simplifying the operation process (such as automatic identification after the sample is placed, and the result is transmitted to the system in seconds), and reducing human errors.
