Atomfair Self-Assembled Grating Spectrometer, Classic C-T Structure Detachable Optical Components, CCD Receiver Deuterium/Bromine Tungsten Lamps, Physics Teaching Lab UV-Vis Spectrum Measurement

Atomfair’s SOS-853 self-assembled grating spectrometer (C-T structure) has detachable optics, CCD receiver, deuterium/bromine tungsten lamps. With multi-acquisition modes, it’s ideal for physics teaching, student experiments & UV-Vis spectrum measurement.

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Description





Atomfair SOS-853 Self-Assembled Grating Spectrometer

Atomfair SOS-853 Self-Assembled Grating Spectrometer

Product Category

Physics Teaching Equipment, Grating Spectrometer Series

Core Features

  • Light Source Configuration: Standard equipped with deuterium lamp & bromine tungsten lamp, optional low-pressure sodium lamp & low-pressure mercury lamp, suitable for multi-scenario spectral measurement needs.
  • Detection System: Adopt linear array CCD receiver with high signal acquisition sensitivity and strong measurement accuracy.
  • Structural Design: Classic C-T structure adopted, all optical components (grating, convex lens, spherical mirror, etc.) are detachable, supporting self-assembly with sufficient upgrade space.
  • Performance Advantages: High wavelength accuracy, excellent monochromaticity and low stray light, ensuring reliable and stable measurement results.
  • Software Functions: Support device online connection, provide multiple acquisition modes (dynamic acquisition, static acquisition, background acquisition), with practical functions such as coordinate axis expansion and peak labeling.

Main Configuration

The self-assembled visible spectrometer includes: optical flat plate, light sources (deuterium lamp, bromine tungsten lamp), lens, reflector, grating, CCD receiver, and supporting dedicated analysis software.

Application Scenarios

Specially designed for physics teaching and experimental training. Students can analyze the instrument structure and understand basic principles according to the experimental optical path diagram, complete the construction of UV-visible spectrophotometer through independent design and debugging, realize UV-visible spectrum measurement and the establishment of actual sample analysis platform, facilitating hands-on learning and scientific research exploration.

If you’re interested, have any questions, or have specific customization requirements, please feel free to contact us at inquiry@atomfair.com.