UV - DRS Spectrometer

$0.00

The PerkinElmer LAMBDA 365+ is a high-performance UV–Visible spectrophotometer suitable for the optical characterization of solid, powder, thin-film, and liquid samples. With a diffuse reflectance setup, it enables the evaluation of the optical properties of materials through reflectance and absorbance measurements.

Key Features

  • UV–Visible spectral analysis

  • Diffuse Reflectance Spectroscopy (DRS)

  • High photometric accuracy and wavelength precision

  • Reflectance and absorbance measurements

  • Suitable for powders, solids, films, and other material forms

  • Automated wavelength scanning and data acquisition

  • Advanced software for spectral analysis

  • Reliable and reproducible optical measurements

Applications

  • Optical band-gap determination

  • Diffuse reflectance analysis

  • Nanomaterial characterization

  • Semiconductor and photocatalytic materials

  • Dental and biomaterial research

  • Pigments and coatings

  • Thin-film characterization

  • Polymer and composite materials

  • Optical property evaluation

The PerkinElmer LAMBDA 365+ is a high-performance UV–Visible spectrophotometer suitable for the optical characterization of solid, powder, thin-film, and liquid samples. With a diffuse reflectance setup, it enables the evaluation of the optical properties of materials through reflectance and absorbance measurements.

Key Features

  • UV–Visible spectral analysis

  • Diffuse Reflectance Spectroscopy (DRS)

  • High photometric accuracy and wavelength precision

  • Reflectance and absorbance measurements

  • Suitable for powders, solids, films, and other material forms

  • Automated wavelength scanning and data acquisition

  • Advanced software for spectral analysis

  • Reliable and reproducible optical measurements

Applications

  • Optical band-gap determination

  • Diffuse reflectance analysis

  • Nanomaterial characterization

  • Semiconductor and photocatalytic materials

  • Dental and biomaterial research

  • Pigments and coatings

  • Thin-film characterization

  • Polymer and composite materials

  • Optical property evaluation