Dual Beam UV-VIS 3100 XE Spectrophotometer
Dual Beam UV-VIS 3100 XE Spectrophotometer
Labindia Analytical Dual Beam UV-VIS 3100XE Spectrophotometer with XENON LAMP differs in bandwidth and wavelength accuracy, but provide excellent performance for measurements. They are suitable for clinical, pharmaceutical, and bio-chemical lab applications, as well as routine applications such as quantitative analysis, kinetics, Wavelength Scan, Multi-Wavelength, and DNA/Protein analysis. UV-Vis Analyst software Based Microsoft Windows makes these instruments versatile. At Labindia, we manufacture state-of-the-art Spectrophotometers ranging from fully automatic ones to UV-VIS Spectrophotometers. The spectrometer is a highly flexible, versatile and high-quality instrument that is carefully crafted for the modern laboratory.
- Standard Features of Dual Beam UV-VIS 3100XE Spectrophotometer (XENON LAMP):
- Photometry Measurement
Measure absorbance and transmission at any defined wavelength. - Multi-Wavelength Measurement
Measure absorbance and transmission at multiple wavelengths and analyze the results by built-in methods. - Time Scanning
Determine absorbance at any time interval and defined wavelength. - Kinetics
Determine absorbance at any time interval and defined wavelength. It can be used to monitor real-time enzyme reactions and calculate enzyme activity according to the results. The reaction rates of samples can be calculated by setting the interval time. - Quantitation
By measuring reference samples and establishing a standard curve, determine unknown samples. Supports built-in and customized formulations to establish standard curves. - DNA/Protein Determination
According to the sample type, choose the suitable method to determine DNA, RNA, and Protein concentration. - Wavelength Scanning
Determine full wavelength absorbance and transmission at defined wavelength intervals, generate and analyze the graph by built-in methods. - Customized Methods
Users can adjust the calculation methods according to their own requirements and use them in corresponding determining modules.