- Wavelength Range : 190-1100nm
- Scanning Speed : Fast/ Medium/ Low
- Bandwidth : 1nm
- Wavelength Accuracy : ±0.3nm
- Wavelength Repeatability : 0.2nm
- Light Source : Deuterium, Tungsten lamp
Its uses can be summarized as follows:
Dual Wavelength Monitoring:
- Simultaneously monitors absorbance or transmittance at two separate wavelengths.
Quantitative Analysis:
- Performs precise quantitative analysis of substances based on their light absorption characteristics.
Quality Control:
- Essential for ensuring quality control in industries like pharmaceuticals, chemistry, and food by maintaining product consistency.
Kinetic Studies:
- Supports kinetic studies, monitoring changes in absorbance over time during chemical reactions.
Biological and Biochemical Research:
- Used in biological and biochemical research for analyzing nucleic acids, proteins, and other biomolecules.
Colorimetric Assays:
- Facilitates colorimetric assays by measuring color intensity through absorbance readings.
Environmental Monitoring:
- Assesses environmental samples for pollutants or specific chemical constituents by analyzing their absorbance spectra.
Material Science:
- Applied in material science research for studying the optical properties of materials.
Wavelength Scanning:
- Conducts wavelength scanning to identify peak absorbance or emission wavelengths in samples.
High Precision Spectral Analysis:
- Provides high precision and accuracy in spectral analysis for various scientific applications.
