The Mindray BS-430 is a fully automated chemistry analyzer designed to meet the needs of small to mid-sized laboratories seeking a reliable and cost-effective solution. It offers high accuracy, efficiency, and advanced functionalities to streamline laboratory workflows.
Key Features:
High Throughput: Capable of performing up to 420 photometric tests per hour, and when integrated with the optional Ion-Selective Electrode (ISE) module, it can reach up to 626 tests per hour.
Comprehensive Test Menu: Supports up to 90 photometric tests and 3 ISE tests, covering a wide range of clinical chemistry assays.
Efficient Sample and Reagent Management: Equipped with 102 sample positions and 90 reagent positions, allowing for continuous operation and reduced downtime.
Advanced Software Functions: Features intelligent carryover management, auto rerun, and enzyme linearity extension to minimize manual interventions and enhance result accuracy.
Onboard Hemolysis for HbA1c Testing: Utilizes smart-sampling technology for automatic hemolysate preparation, reducing turnaround time and potential biohazard risks associated with manual processing.
Technical Specifications:
System Function: Automatic, discrete, random access with STAT sample priority.
Throughput: 420 photometric tests per hour; up to 626 tests per hour with ISE.
Sample Handling:
Reagent Handling:
Reaction System:
Optical System:
ISE Module (Optional): Measures K⁺, Na⁺, and Cl⁻ ions.
Control and Calibration:
Operation Unit: Runs on Windows 10 operating system.
Power Supply: 220V–240V, 50/60Hz, ≤ 1,000VA.
Water Consumption: Approximately 18 liters per hour.
Dimensions: 1,050 mm (W) × 1,150 mm (H) × 720 mm (D).
Weight: Approximately 180 kg.
The BS-430's uniform reagent package is compatible with various Mindray Chemistry Analyzers, including models BS-120, BS-200, BS-200E, BS-230, BS-240, BS-240Pro, BS-360E, and BS-430. This compatibility facilitates efficient reagent management and reduces potential waste.
Incorporating the Mindray BS-430 into your laboratory can enhance testing capabilities, improve workflow efficiency, and ensure accurate and reliable results