Spectrophotometer is a laboratory equipment used for measuring optical properties, commonly used in the fields of chemistry, physics, biology, and other related research areas.

 

The features of Spectrophotometer are as follows:

 

Accurate measurement: Spectrophotometer measures the absorption and transmission of samples at different wavelengths using optical sensors, allowing for accurate measurement of optical parameters such as absorbance and transmittance.

 

Adjustable wavelength: Spectrophotometer allows for adjustment of the measurement wavelength according to the sample type, making it adaptable for various types of sample analysis.

 

Easy to operate: Spectrophotometer is easy to operate, as samples can be placed in the measurement chamber and the appropriate wavelength and parameters selected to complete the measurement.

 

Wide applicability: Spectrophotometer is suitable for analyzing various substances such as chemical compounds, biological molecules, and pigments, and can be used in a wide range of fields such as medicine, biology, environmental science, etc.

 

High sensitivity: Spectrophotometer has high sensitivity and resolution, enabling measurement of very low sample concentrations or minor changes in absorbance.

 

In summary, Spectrophotometer is a laboratory equipment that provides accurate measurement, adjustable wavelength, easy operation, wide applicability, and high sensitivity for measuring optical properties. It is an essential tool for analysis and research in fields such as chemistry, physics, biology, and related research areas.