Analyzers


Ezilab manufactures Laboratory Analyzers, including Clinical Chemistry Analyzers, for hospitals, diagnostic facilities, pharmaceutical QA units, and environmental testing centers requiring structured analytical workflows. The range also includes Hematology Analyzers, IR Carbon Sulphur Analyzers, TOC Analyzers, and Biochemistry Analyzers, covering chemical, elemental, organic carbon, and biochemical evaluation needs across routine and specialized studies. These instruments serve life sciences, metallurgy, food chemistry, water testing, and applied research environments where stable performance and documented processes contribute to quality-driven reporting. Manufacturing standards ensure validated accuracy procedures and global regulatory alignment for high-throughput and specialized laboratory operations. Procurement teams and laboratory managers sourcing clinical chemistry analyzers and related instruments benefit from broad product range coverage matched to clinical diagnostics, pharmaceutical QA, and environmental compliance testing needs. EziLab's Clinical Chemistry Analyzers and complete Analyzers range cover the full spectrum of analytical instruments for laboratories worldwide.
  • Throughput: 200 test per hour
  • Repeatability: CVs 3%
  • Sample Volume: 2 to 30 µL, step by 0.1µL
  • Reagent Volume: 20 to 300 µL
  • Throughput: 200 tests/hour
  • Sample Volume: 2 to 70 µl
  • Reagent Volume: 20 to 350 µl
  • Sample Positions: 37 sample positions
  • Throughput: 200 tests/hour
  • Sample Volume: 2-70 µl
  • Reagent Volume: 20-350 µl
  • Sample Positions: 49 sample positions
  • Throughput: 420 photometric tests per hour, up to 626 tests per hour with ISE
  • Sample Volume: 1.5μL to 45μL, step by 0.1μL
  • Reagent Volume: 10μL to 200μL, step by 0.5μL
  • Sample Positions: 102 sample positions
  • Throughput: 600 tests/hour
  • Sample Volume: 2 to 70 µl
  • Reagent Volume: 20 to 350 µl
  • Sample Positions: 90 sample positions
  • Throughput: 800 tests/hour, 1200 tests/hour with ISE
  • Sample Volume: 2 to 70 µl
  • Reagent Volume: 20 to 350 µl
  • Sample Positions: 150 sample positions
  • Sample Volume: Normal: 10µl, 20µl (pre-diluted blood)
  • Throughput: 60 tests/hour
  • Storage: 1,00,000 results with histogram
  • Histograms: 3 histograms (including WBC, RBC, PLT)
  • Measuring Principle: Electric impedance method and Colorimetry method
  • Sample Volume: Less than 20uL of sample
  • Throughput: 60 Samples/hour
  • Assay Item: 21 Parameters / 3 histograms
  • Measuring Simple: Flow cytometry and multi-angular laser scattering, Electric impedance method and Colorimetry
  • Sample Volume: Less than 20uL of sample
  • Throughput: 60 Samples/hour
  • Assay Item: 4 Parameters / 2 histograms and 2 scattergrams
  • Throughput: 60 tests/hour
  • Assay Items: 5 parts, 31 parameters, 3 histograms, 2 scatter grams
  • Storage: 200,000 results storage including histogram and scatter gram
  • Test Mode: CBC+5DIFF, CBC
  • Throughput: 60 tests/hour
  • Assay Items: 5 parts, 28 parameters, 2 histograms, 2 scatter grams
  • Storage: 1,00,000 results storage including histogram and scatter gram
  • Test Mode: CBC+5DIFF, CBC
  • Measuring Principle: Scatter, Fluorescence, and Cube technology
  • Throughput: CD80t/h CDR45t/h CD+ESR40t/h
  • RBC, PLT: Focusing Flow-DC Impedance Method
  • HGB: Colorimetric method
  • Carbon Measurement Range: 0.0005% to 6.0000% (extendable to 99.999%)
  • Sulfur Measurement Range: 0.0005% to 0.5000% (extendable to 99.999%)
  • Carbon Analysis Precision: RSD <1%
  • Sulfur Analysis Precision: RSD <1.5%
  • Measurement Range: 1 to 1500 µg/L
  • Detection Limit: 1 µg/L
  • Digestion Mode: UV Oxidation by UV Lamp
  • Detector: Conductivity
  • Measurement Range: 1 to 1500 µg/L
  • Detection Limit: 1 µg/L
  • Digestion Mode: UV Oxidation by UV Lamp
  • Detector: Conductivity
  • Measurement Range: 0 to 10000 mg / L
  • Detection Limit: 5 µg / L
  • Digestion Mode: Wet Chemical Oxidation by UV
  • Detector: NDIR
  • Measurement Range: 0 to 100,000 mg / L, Manual Dilution
  • Detection Limit: Total Carbon: 50 µg / L
  • Digestion Mode: High Temperature Catalytic Combustion
  • Detector: NDIR