BM-200

The BM-200 Automatic Chemistry Analyzer consists of two main components: the analytical unit and the operating unit. The analytical unit automatically performs the operational process for each test, including dispensing the first reagent, loading the sample, mixing the sample, dispensing the second reagent, mixing the reaction mixture, and measuring optical density during the reaction. The control unit manages the analytical unit and ensures the completion of all analytical procedures.

Reactions are classified according to their specific reaction-rate characteristics during the reaction process. The BM-200 analyzer divides reactions into three categories: the end-point method, the two-point method (fixed-time method), and the kinetic method.

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Description

Throughput
– 240 tests/hour (without ISE)
– 360 tests/hour (with ISE for Na⁺, K⁺, and Cl⁻)

Dimensions
1150 × 726.5 × 1150 mm

Weight
350 kg

Additional Equipment
– Integrated ISE module
– PC with touchscreen
– Barcode reader

Reaction Cuvettes
81 high-transmittance reaction cuvettes; disposable cuvettes.

Design and Contamination Prevention
Contamination prevention system featuring automatic probe and mixer washing, an intelligent contamination prevention program, and a carryover rate of 0.005%.

Sample and Reagent Tray
– 40 reagent positions
– 40 sample positions with STAT priority

Sensors
Sample and reagent sensors with liquid-level detection and three-dimensional collision protection.

Refrigerated Sample/Reagent Compartment
4–12°C

Thermostat
Hot-air thermostat for the reaction cuvettes.

Minimum Reaction Volume
150 µL

Test Methods
– End-point method
– Two-point method
– Kinetic method
– Colorimetric method
– Turbidimetric method

Calculation Methods
Linear methods (single-point, two-point, and multipoint), Logit–4P, Logit–5P, spline method, exponential method, and polynomial method.

Wavelengths (nm)
340, 405, 450, 510, 546, 578, 630, and 670; optional 800 nm.

Halogen-Tungsten Lamp
Service life: more than 2,000 hours.

Water Consumption
Less than 2.5 L/hour.

User-Friendly Software
– Multilingual interface
– Easy operation through an icon-based interface
– Powerful statistical system
– Manual dilution, automatic dilution, and post-dilution functions
– Easy test repetition and recovery

Calibration and Quality Control
– Multiple calibration module
– Advanced algorithm for generating an optimal calibration curve
– Multiple quality control rules, including Westgard rules, cumulative sum checking, and dual-chart monitoring

Real-Time Monitoring
– Reaction curves, calibration curves, and QC test results
– Status of samples, reagents, and reaction cuvettes
– Lamp intensity, distilled water level, and waste tank status
– Temperature of the reaction disk and reagent disk

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