CM-800 Clinical Chemistry Analyzer
The CM-800 is a high-speed clinical chemistry analyzer that can process up to 800 tests per hour. It features a dry heating system for temperature control, a precise sample handling system, and smart online loading. This combination ensures faster results, improved accuracy, and a smoother, more efficient user experience.
Main Features
High-Efficiency Sample Processing
- Consistent throughput of 800 tests/hour (T/H)
- Optional ISE module with 400 T/H capacity
- 137 sample positions and 114 reagent positions for continuous workflow
Dry Heating Thermostatic System
- Direct dry heating ensures quicker warm-up and reduces pre-heating time
- Maintains stable reaction temperature at (37.0 ± 0.2)°C in cuvettes
High-Efficiency Triple Mix Bars
- Triple mixing bars with dual-stage cleaning to prevent contamination
- Real-time stirring speed monitoring for reliable performance
Accurate Sampling System
- Polished sampling probes (internal & external) for high precision
- Built-in liquid volume tracking and level detection to ensure accuracy
Intelligent Online Loading System
- Reagents can be added during testing without stopping the machine
- Peltier cooling system extends maintenance intervals and lowers repair risk
9-Step Warm Liquid Washing
- 360° probe cleaning with cross-contamination rate below 0.05%
- Anti-overflow design prevents liquid spillage during washing
Technical Specifications
- Test Principles: Latex immunoturbidimetry, immunoturbidimetry, colorimetry
- Test Methods: Rate method, end point method, fixed-time method
- Dimensions: 1640 mm (L) × 940 mm (W) × 1215 mm (H)
- Gross Weight: 500 kg
- Sample Positions: 137 positions
- Reagent Positions: 114 positions
- Sample Types: Serum, plasma, whole blood, urine, and cerebrospinal fluid
- Application Scenarios: Hospital Labs, Diagnostic Centers, Academic Research Institutes
- Water Consumption: No more than 40 L purified water per hour
- Dilution: Automatic pre-dilution
- Minimum Reaction Volume: 100 μL
- Minimum Sampling Volume: 1.5 μL

