UV Vis 230 Spectrophotometer from Aurora Biomed

UV Vis 230 Spectrophotometer from Aurora Biomed

UV Vis 230 Spectrophotometer from Aurora Biomed

Description

The UVVis 230 is an intelligent ultra-violet/visible spectrophotometer that is well suited to the qualitative and quantitative analyses required by today's laboratories. With its wide wavelength range and narrow bandwidth design, the instrument provides extraordinary flexibility and high resolution at an exceptional price. It features a standard printer port for hard copy. The UV-Vis Spectrophotometer also features power interruption protection, easy operation and a versatile choice of accessories.

Aurora’s UV-Vis Spectrophotometers have the attractive features of simple operation and high reproducibility, yet provide cost effective analytical solutions. The easy display is great for industrial quality control, water analysis, and educational purposes. The UV/Vis Spectrophotometer operates over a wavelength range of 190 - 1100nm with a 5nm bandwidth.

The spectrophotometer features a standard printer port and a standard RS-232 serial port. The UV/VIS 230 has the capacity to analyze up to four cells and a choice of accessories for greater flexibility.

  • Detailed Specifications
  • ItemUV Vis 230 Spectrophotometer
  • CompanyAurora Biomed
  • PriceGet Quote
  • Catalog NumberUV Vis 230
  • QuantityEA
  • TypeUV/Vis
  • Wavelength Range190 to 1100 nm
  • ResolutionInquire
  • Optical SystemSingle Beam
  • Detector(s)Silicon Photodiode
  • Light SourceTungsten Halogen, D2
  • Scanning SpeedInquire
  • Signal-to-Noise RatioInquire
  • Spectral Bandwidth5 nm
  • PixelsInquire
  • Dynamic RangeInquire
Aurora Biomed
Aurora Biomed
1001 East Pender Street
Vancouver, BC
Canada
Phone: 1.604.215.8700
  • Spectrophotometers Overview

    Spectrophotometers Overview

    Spectrophotometers measure the amount of light of a specific wavelength that is absorbed by a sample. A spectrophotometer is used chiefly to measure the concentration of analytes in solutions, but ... Read More