Discover the UV-VIS Single Beam Spectrophotometer, your essential tool for precise measurements in the ultraviolet and visible spectrum. Analyze absorbance, transmittance, and concentration with ease. Ideal for research, education, and quality control.

• Unique optical system, 1200 lines/mm grating.
• The instrument has basic functions of photometric analysis and quantitative analysis.
• With PC software, it expands the applications, such as spectral scanning, kinetics,
• DNA/protein analysis,
• multi-wavelength test, etc...
• Store 200 test data and 100 standard curves;.
• Deuterium and Tungsten lamp can ON / OFF individually to increase the shelf life.
• Large sample chamber can accommodate 5-100mm cuvettes.
• Photometric Mode - T, A, C, E.
• PC software available

Technical Specifications: 

Optical System : Single Beam, Grating 1200 lines/mm
Spectral Bandwidth : 2 nm
Wavelength Range : 190-1000nm
Wavelength Accuracy :  ± 1nm
Wavelength Repeatability :  + 0.5nm
Photometric Range :  0-200%T, -0.3~3A, 0-9999C
Photometric Accuracy :  ± 0.5%T
Photometric Repeatability :  ± 0.3%T
Photometric Mode :  T, A, C, E
Stray light :  ± 0.3%T
Stability :  ± 0.002A/h @500nm
Baseline Flatness : ±0.002 A
Noise :  ±0.001 A
Wavelength Setting :  Auto
Display :  128 x 64 LCD
Light Source :  Deuterium & Tungsten lamp
Detector :  Silicon Photodiode
Cell Holder :  4 position 10mm cell holder
Output :  RS232C
Powersupply : AC 220V/50Hz
Packing Dimension :  (LxWxH) 700 x 580 x 340mm
Gross Weight :  19kg 

FAQs

1. What is a UV VIS Single Beam Spectrophotometer used for?

A UV VIS Single Beam Spectrophotometer is used to measure absorbance, transmittance, and concentration of samples in ultraviolet and visible light ranges for laboratory analysis. 

2. Which industries commonly use this spectrophotometer?

The instrument is widely used in pharmaceutical industries, chemical laboratories, environmental testing labs, food testing facilities, biotechnology research centers, and educational institutions. 

3. What wavelength range does the instrument support?

Most UV-Vis single beam spectrophotometers support a wavelength range between 190–1100 nm for UV and visible spectrum analysis. 

4. What analytical modes are available in the spectrophotometer?

The instrument commonly supports Transmittance (T), Absorbance (A), Concentration (C), and Energy (E) measurement modes. 

5. Does the spectrophotometer support quantitative analysis?

Yes, the system supports quantitative analysis, kinetics testing, spectral scanning, and multi-wavelength analysis through integrated or PC software functions. 

6. What type of light sources are used in the instrument?

UV-Vis spectrophotometers generally use Deuterium and Tungsten lamps for UV and visible spectrum measurements. 

7. Is the instrument suitable for routine laboratory testing?

Yes, its stable optical system and easy operation make it ideal for routine laboratory analysis and quality control applications.

8. What are the advantages of a single beam spectrophotometer?

Single beam spectrophotometers are cost-effective, compact, easy to maintain, and provide accurate analytical performance for standard laboratory applications. 

9. Can the spectrophotometer connect to a computer?

Yes, many models support USB or RS232 connectivity for data transfer, spectrum scanning, and software-based analysis. 

10. Why choose a UV VIS Single Beam Spectrophotometer?

The instrument offers reliable analytical accuracy, efficient operation, stable optical performance, and economical laboratory testing solutions for various scientific applications