Double Beam Microprocessor UV-VIS Spectrophotometer (Variable Bandwidth & 8 Cell Holder)

Model No: AGN-2204

Double Beam Microprocessor UV-VIS Spectrophotometer offers precise and reliable measurements with a variable bandwidth for optimized performance. It features an 8-cell holder, allowing for multiple sample analysis. Ideal for scientific research, quality control, and educational purposes, it ensures accurate absorbance and transmittance readings across the ultraviolet and visible spectra.

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Technical Specifications

Double Beam Microprocessor UV-VIS Spectrophotometer, which is an advanced and highly automated instrument used for precise analysis in UV-Visible spectrophotometry. Here’s a breakdown of its key features based on your description: Key Features of the Double Beam UV-VIS Spectrophotometer:

Double Beam Design:

This means the instrument uses two beams of light (one for the sample and one for the reference) to eliminate errors caused by fluctuations in light source intensity. It ensures more accurate measurements by comparing the sample’s absorption with the reference beam.

Microprocessor-Based Measurement & Control System:

The built-in microprocessor allows for automated, precise control of the instrument’s functions, ensuring high reliability and low noise levels. This also means the spectrophotometer is capable of complex tasks without requiring constant manual intervention.

Wide Wavelength Range (190-1100 nm):

The spectrophotometer can measure absorbance across a broad spectrum, ranging from ultraviolet (UV) to visible (VIS) light, making it suitable for a wide variety of sample types and analysis methods.

Fully Automatic Operations:

This feature allows the instrument to perform various tasks automatically, including wavelength selection, baseline correction, and data analysis, which significantly increases ease of use and efficiency.

Automatic 8-Cell Changer:

The instrument comes with an automatic 8-cell changer, meaning multiple samples can be analyzed sequentially without manual intervention, which is especially useful for high-throughput laboratories.

Variable Bandwidth:

The instrument allows the user to adjust the bandwidth of the light source, enabling better control over the resolution and accuracy of the measurements.

Automatic Wavelength Calibration & Wavelength Scanning:

The instrument automatically calibrates the wavelength, ensuring precision in measurement. It also offers wavelength scanning for creating full absorbance spectra, useful for identifying compounds and analyzing their behavior.

Automatic Peak Picking & Spectrum Display:

The system can automatically identify peaks in the absorbance spectrum, which is important for identifying specific compounds or features in the sample. This is often used in both qualitative and quantitative analysis.

Large Graphic Display:

The large screen provides easy visualization of the spectrum, data, and measurements, enhancing user experience and providing real-time feedback on analysis.

Data Printing & USB Connectivity:

The ability to print the spectrum and analysis results, along with sending the data to a computer via USB, ensures easy documentation, reporting, and data sharing.

Software Included:

This typically refers to dedicated software that interfaces with the instrument, allowing for detailed data analysis, storing, exporting results, and possibly controlling the spectrophotometer remotely.

Possible Applications:

This kind of spectrophotometer is widely used in:

Chemical and Pharmaceutical Analysis: Identifying and quantifying compounds in complex mixtures.

Environmental Testing: Measuring pollutants or contaminants in water, soil, and air.

Food and Beverage Testing: Analyzing ingredients or detecting contaminants in food products.

Academic Research: Providing accurate measurements for various studies in chemistry, biochemistry, or physics.

Advanced Circuit Design:

The advanced circuit design helps to enhance the overall performance by reducing noise and improving signal processing, which is crucial for obtaining accurate and reproducible results, especially in complex samples or low-concentration analyses.

 

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