About Uv-Visible Spectroscopy
UV-VISIBLE SPECTROSCOPY
DOUBLE BEAM UV-VIS Spectroscopy with more accuracy and flexible requirement. The two detectors are used to measure sample and reference respectively and simultaneously for
satisfying of requirement of various fields , Such as biochemical research and industry, Pharmaceuticals analysis and productions, Environments productions, food industry Etc.
- Wave Range 190-1100nm
- Mode Basic/Quantiative/WavelengthScan/DNA Protein Test/Kinetics
- Scanning Speed Fast/Meadium/Low
- Band Width 1 nm
- Wavelength Accuracy+ 0.1 nm
- Wavelength Repeatability 0.1 nm
- Photometric Accuracy+ 0.3% T
- Photometric Respectability 0.2% T
- Photometric Display Range 0-200%n T,-0.3- 3.0 A,0-9999 C
- Stability + 0.001 A/h @ 500 nm
- Baseline Flantess + 0.001 A
- Noise < 0.05% T @ 220 nm, 360 nm
- Stray Light < 0.05% T @ 220nm,360 nm
- Data Output Part USB
- Printer Part Parallel Part
- Display Graphic LCD (320*240 Dots)
- Lamps Deuterium Lamp & Tungsten, Halogen Lamp
- Detector Silicon Photodiodes
- Dimension (L*W*H) 625*430*206nm
- Net Weight 26 Kg
Exceptional Accuracy and PerformanceOur UV-Visible Spectroscopy equipment is engineered to deliver 100% accuracy in laboratory measurements. This high level of precision ensures reliable results, making it indispensable for both research and industrial processes requiring analytical rigor. The digital display provides clear and accessible data output, streamlining workflows for lab technicians and scientists.
Designed for Laboratory EfficiencyFeaturing a robust construction and weighing 26 kg, the instrument is built to withstand rigorous laboratory use. Its highly efficient design optimizes sample throughput and enhances productivity. Whether used in educational, pharmaceutical, or industrial settings, this spectrometer integrates seamlessly into various laboratory environments across India.
FAQs of Uv-Visible Spectroscopy:
Q: How does UV-Visible Spectroscopy work in a laboratory setting?
A: UV-Visible Spectroscopy operates by measuring the absorbance of light in the ultraviolet and visible ranges as it passes through a sample, enabling accurate qualitative and quantitative analysis of chemical compounds.
Q: What benefits does a digital display offer in this spectrometer?
A: A digital display ensures clear, immediate readouts of data, reducing chances of human error and enhancing the efficiency and accuracy of laboratory analyses.
Q: When is this UV-Visible Spectroscopy device most commonly used?
A: It is typically used during sample analysis in laboratory research, quality control, pharmaceutical tests, and chemical identification processes whenever precise absorbance measurements are needed.
Q: Where can this UV-Visible Spectroscopy instrument be utilized in India?
A: This equipment is suitable for use in laboratories across educational institutions, research centers, pharmaceutical industries, and manufacturing facilities throughout India.
Q: What process does the UV-Visible Spectroscopy instrument follow to analyze samples?
A: The instrument directs UV and visible light through the sample, detects the absorbed wavelengths, and displays results digitally, facilitating precise compound identification and concentration measurements.
Q: How is the device beneficial for laboratory applications?
A: Its high efficiency, robust build, and 100% accuracy ensure reliable, repeatable results, enhancing data quality and supporting a wide range of analytical laboratory requirements.