Description
BS-600M Chemistry Analyzer
Powerful yet Efficient
- Flexible Sample Management
- Sample batch transfer
- Continuous sample loading by racks
- STAT Priority
- Quick rerun
Integrated ISE Module
HbA1c Tests with Whole Blood
Reliable Testing System
Flexible Sample Management
Continuous Sample Loading
- Sample continuous loading by racks
- Up to 120 sample positions
- Long walk-away time
Quick Start for Sample Rerun
- Auto start for sample test
- Automatic priority for STAT and rerun
STAT Priority
- Dedicated STAT position, 1 minute aspiration
- Quick report ISE+CO2 results in 7 minutes
Smart Dilution
- Patented smart dilution function
- Faster report
HbA1c Tests with Whole Blood
- Onboard hemolysis with whole blood to improve working efficiency
- No manual pretreatment to reduce biohazardous risks and human errors
- 120 T/H for HbA1c test to shorten turn-around-time
Mindray HbA1c reagent with enzymatic method can specifically detect glycated N-terminal amino acids from the hemoglobin beta-chains, which can effectively avoid interference from Hb variants (HbS, HbC, HbE and HbD) and other Hb derivatives (labile HbA1c, carbamylated Hb, and acetylated Hb).
Mindray enzymatic HbA1c gives reliable and cost efficient result with the first measurement and reduce further confirmations.
Lower Hb Detection Limit for HbA1c Test
Evaluate the Hb concentration in the process of hemolysis and start sample increasement tests in advance for low Hb concentration samples. This function can lower the detection limit and expand linearity range Hb to reduce the rerun rate and reagent waste for anemia samples.
Built-in ISE Module
· 1 blood tube for electrolytes and photometric chemistry tests
Efficient and Easy operation
· Up to 9 months of Na/K/Ref electrodes service time
· Automatic calibration
· Low consumption
· Easy operation and maintenance
Reliable Testing System
High Level Sigma Metric Performance
Intelligent Abnormal Reaction Detection
Powerful software with in-built algorithms that can monitor the reaction for abnormality, provide flags, and trigger auto-reruns to specimens with abnormal situations in test, such as substrate depletion, oxygen shortage, and hook effects, etc. This intelligent approach with detection, alarming and auto-rerun functions minimizes false results and the risk of a wrong diagnosis, and make reported test result accurate and reliable.
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