Atomfair Manual Grating Spectrometer (DS-3/DS-5), Low Stray Light ±0.4nm Accuracy, 200-800nm 300/500mm Focal Length, University Physics Teaching Lab Spectral Analysis

Atomfair’s MGS-642 manual grating spectrometer (DS-3/DS-5, 200-800nm, ±0.4nm accuracy) features digital wavelength readout, low stray light. Ideal for university teaching (hands-on training) and research institutions’ spectral analysis.

Description





Atomfair MGS-642 Manual Grating Spectrometer (DS-3/DS-5)

Atomfair MGS-642 Manual Grating Spectrometer (DS-3/DS-5)

Product Category

Physics Teaching Equipment, Grating Spectrometer Series

Core Features

  • Manual Scanning & Digital Display: Adopt manual scanning mode with digital wavelength reading, simple, practical and reliable in operation.
  • Hands-on Skill Training: Manual operation design fully exercises students’ practical skills, an ideal choice for physics experiment teaching.
  • Stable & Accurate Performance: Low stray light and high wavelength accuracy ensure precise and reliable spectral analysis results.
  • Flexible Customization: Support parameter customization and match with various optional accessories to meet diverse application needs of teaching and scientific research.

Specifications & Parameters

Parameter Name DS-3 Specification Details DS-5 Specification Details
Wavelength Range 200nm˜800nm 200nm˜800nm
Wavelength Accuracy ±0.4nm ±0.4nm
Relative Aperture D/F=1/7 D/F=1/7
Stray Light ≤0.3%T ≤0.3%T
Monochromator Focal Length 300mm 500mm
Dimensions & Weight 370mm×280mm×200mm / 20kg 530mm×330mm×220mm / 28kg

Optional Accessories

GY-2 Deuterium-Tungsten Lamp, GY-4 Low-Pressure Mercury Lamp, GY-5 Low-Pressure Sodium Lamp, GY-8 Combined Element Lamp, GY-9 Hydrogen-Deuterium Lamp, WDSF-1 Absorption Cell, WDSF-2 Fluorescence Absorption Cell, Photomultiplier Tube Detector, etc.

Application Scenarios

Mainly applicable to university physics experiment teaching and spectral analysis work of various scientific research institutions. It balances operational convenience and measurement accuracy, serving as an excellent tool for teaching training and basic scientific research projects.

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