Home ANALYTICAL EQUIPMENTS Spectrophotometer Single Beam Microprocessor UV-VIS Spectrophotometer (Advance Model)

Wavelength Range: 190 to 1100 nm

Covers a broad range from UV to visible light, suitable for various types of analyses.

Measurement Facilities:

Concentration: Can automatically measure the concentration of substances in the sample.

% Transmission & Absorbance: Provides automatic readings for percentage of transmission and absorbance levels.

K Factor Measurement: Measures the K factor, often used for calculating concentration and purity.

Wavelength Calibration:

Automatic Calibration: The device automatically calibrates its wavelength, ensuring accurate results.

Automatic Wavelength Selection: The system selects the most appropriate wavelength for the analysis automatically.

Sample Holder:

4-Position Selector: For flexibility in choosing from up to 4 cuvettes.

10 mm Path Length: Standard length for the cuvettes, ensuring compatibility with typical laboratory protocols.

Scanning & Display:

Automatic Wavelength Scan: The system can scan over a range of wavelengths to measure absorbance or transmission.

Peak Picking: Automatically identifies and picks the peaks in the spectrum for more precise analysis.

Spectrum Display: Displays the entire spectrum for visual analysis.

Data Management:

Print and Data Transfer: Data and spectra can be printed directly via a connected printer or transferred to a computer using the USB port.

Software Included: The system comes with software for controlling the instrument and analysing the data.

Included Accessories:

2 Quartz and 4 Glass Cuvettes: Standard cuvettes are included, making it ready for use in various experiments.

Stability & Accuracy:

The device is designed to be highly stable and accurate, ensuring reliable results.

This kind of UV-VIS spectrophotometer is widely used in fields such as:

Chemistry and Biochemistry: For concentration analysis, protein and nucleic acid quantification.

Pharmaceuticals: In drug formulation and analysis.

Environmental Science: For detecting pollutants in water, air, or soil.

Food and Beverage: For quality control testing, such as checking for contaminants or measuring components like sugars and vitamins.