Description
The Fully Automatic Chemiluminescent Immunoassay Analyzer YR06387 is a state-of-the-art diagnostic tool that revolutionizes laboratory testing with its remarkable efficiency and precision. Featuring an 8-channel parallel testing system, this advanced analyzer offers unmatched flexibility by allowing random combinations of test elements. Utilizing CLEIA methodologies and magnetic separation, the YR06387 provides accurate and reliable results for a variety of sample types, including human plasma, serum, and urine. Its temperature-adjustable incubation ensures optimal testing conditions, delivering precise diagnostic outcomes rapidly.
Market Price
The market price for cutting-edge devices like the Full-Automatic Chemiluminescent Immunoassay Analyzer YR06387 typically ranges from $7500 to $8500 USD. This range reflects the advanced technology, superior capabilities, and additional services offered. For an exact and personalized quote, we encourage you to generate an automatic quote through our Kalstein Plus platform, where competitive prices and flexible financing options await.
Frequently Asked Questions
- What is the data storage capacity of the YR06387?
The YR06387 can store up to 100,000 patient records, quality control data, and calibration data.
- What types of samples is this analyzer compatible with?
The YR06387 is compatible with human plasma, serum, and urine samples, depending on the reagent used.
- What is the testing time for the YR06387?
The testing time varies by test element, but results are typically available within 15 minutes.
Advantages and Disadvantages
Advantages:
- High Testing Capacity: Capable of processing up to 120 tests per hour with results in 15 minutes.
- Accuracy and Reliability: Utilizes CLEIA technology with magnetic separation.
- Intuitive Interface: LCD touch screen for easy, efficient operation.
- Extensive Storage: Handles up to 100,000 data entries with ease.
Disadvantages:
- Initial Cost: High initial investment, which could be challenging for laboratories with constrained budgets.
- Consumable Dependency: Requires specific magnetic microspheres and consumables.
Product Use in the Field
The Full-Automatic Chemiluminescent Immunoassay Analyzer YR06387 is extensively utilized in clinical and research laboratories for swift, accurate testing. Its high sample processing capacity makes it an invaluable asset in demanding environments. The analyzer’s magnetic microsphere technology, combined with its complete incubation, cleaning, and detection systems, ensures impeccable result quality and accuracy, optimizing laboratory workflow and productivity.
Recommendations
For optimal performance of the Fully Automatic Chemiluminescent Immunoassay Analyzer YR06387, regular maintenance according to manufacturer specifications is recommended, particularly regarding calibrations and reagent usage. Ensuring the operating environment meets prescribed temperature and humidity conditions is crucial for precise results. Additionally, comprehensive training for personnel on the equipment’s operation will maximize its functionalities and maintain analysis quality. Visit our Kalstein Plus platform for more information and to request a personalized quote, enhancing your laboratory’s precision and efficiency with the YR06387.
Features
- 8-channel parallel testing system
- CLEIA methodologies and magnetic separation
- Adjustable incubation temperature (37 °C – 42 °C)
- Compatible with plasma, serum, and urine samples
- LCD touch screen for intuitive use
- Built-in printer and computer
- 24-hour standby operation
- Compact design with large data storage capacity
Technical Specifications
Model | YR06387 |
Spectrum | 300-650nm |
Data Storage | |
– Patient data | >100,000 entries |
– QC Data | >100,000 entries |
– Calibration Data | >100,000 entries |
Dimensions | 320mm (W) x 550mm (D) x 550mm (H) |
Weight | 45kg (approx.) |
Power Supply | 100-240 Vac |
Power Frequency | 50Hz |
Input Power | 200VA |
Printer | Built-in |
Computer | Built-in |
Screen | LCD touch-screen |
Operation | 24h operation (standby) |
Recommended Use | Clinical environments |