COLORIMETER MODEL MIC-15630

PRODUCT SPECIFICATIONS

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Colorimeter

Detailed Specifications: The colorimeter features a wavelength range of 400-700nm with pre-selected interference filters (typically 450nm, 490nm, 520nm, 540nm, 580nm, 620nm). The light source is a long-life LED or tungsten halogen lamp. The detector is a high-sensitivity silicon photodiode. The absorbance range is 0-2.5A with resolution of 0.001A. The transmittance range is 0-100% T with resolution of 0.1% T. The concentration range is user-calibratable. The display is a large backlit LCD. The sample chamber accepts 10mm path length cuvettes. The readout time is approximately 3 seconds. The instrument includes a zero calibration function. The data output is via RS-232 or USB port. The power supply is 220V/50Hz. The dimensions are approximately 250mm x 200mm x 100mm. The weight is approximately 2kg. The instrument includes a set of glass cuvettes and a dust cover.

PRODUCT INFORMATION

Colorimeter. The Colorimeter Model MIC-15630 from Micron is a top rated analytical instrument for quantitative measurement of colored solutions in clinical, research, and industrial laboratories. This precision instrument measures the absorbance or transmittance of light through a sample at specific wavelengths, enabling accurate determination of analyte concentrations. The user-friendly interface with digital display provides clear readouts of results. The instrument is pre-programmed with common wavelength filters for routine applications. For laboratories seeking the best colorimeter for routine colorimetric analysis, the MIC-15630 is an outstanding choice that combines accuracy with ease of use.

One of the best features of the MIC-15630 colorimeter is its stable light source and precision optics. The instrument uses a long-life LED light source or halogen lamp with interference filters for precise wavelength selection. The silicon photodiode detector provides high sensitivity and linear response over a wide concentration range. The large LCD display shows absorbance, transmittance, and concentration values clearly. The instrument can be calibrated using standard solutions for quantitative analysis. The sample chamber accepts standard cuvettes (10mm path length) for convenient sample handling. The data output port allows connection to a printer or computer for result documentation. Its optical precision, ease of calibration, and data output capabilities make it a top rated colorimeter for clinical chemistry and quality control applications.

Key Features of COLORIMETER MODEL MIC-15630

  • Precision Interference Filters: Pre-selected wavelength filters (450-620nm) provide accurate, reproducible measurements for routine applications.

  • Long-Life LED Light Source: Stable, energy-efficient illumination eliminates warm-up time and provides consistent results.

  • High-Sensitivity Silicon Photodiode: Detects low light levels with high linearity over a wide concentration range.

  • Large Backlit LCD Display: Shows absorbance, transmittance, and concentration values clearly in any lighting condition.

  • 0-2.5A Absorbance Range with 0.001A Resolution: Wide measurement range with high resolution for precise quantitative analysis.

  • User-Calibratable Concentration Mode: Calibrate with standards for direct concentration readout in desired units.

  • Data Output via RS-232 or USB: Connect to printer or computer for result documentation and record keeping.

  • Standard 10mm Cuvette Compatibility: Accepts standard cuvettes for convenient sample handling and cost-effective operation.

Application of COLORIMETER MODEL MIC-15630

  • Clinical Chemistry Laboratories: Essential for measuring blood glucose, cholesterol, bilirubin, and other clinical analytes.

  • Biochemistry Research: Ideal for enzyme assays, protein quantification, and biochemical analysis.

  • Pharmaceutical Quality Control: Perfect for assay of drug concentrations and dissolution testing.

  • Environmental Testing: Suitable for water quality testing including nitrates, phosphates, and other parameters.

  • Food and Beverage Analysis: Excellent for color measurement and quality control in food production.

  • Educational Laboratories: Ideal for teaching colorimetric analysis principles in chemistry and biology courses.

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