Atomfair OMA-739 Optical Multichannel Analyzer – High Resolution CCD Spectrometer for College Physics Teaching & Scientific Research Spectral Analysis (300nm-900nm, ≤0.2nm Resolution)

The Atomfair OMA-739 Optical Multichannel Analyzer is a high-performance monochromator and spectrometer for colleges and research institutions. Equipped with a CCD detector, it enables real-time data collection and 3D display, boasting high resolution and precise wavelength control, ideal for physics experiment teaching and multi-field spectral analysis and research.

Description

 

Atomfair OMA-739 Optical Multichannel Analyzer

Product Overview

The Atomfair OMA-739 Optical Multichannel Analyzer is a high-performance instrument designed specifically for colleges, universities, and scientific research institutions. It serves as an essential tool for physics experiment teaching and spectral analysis. Equipped with a CCD (Charge-Coupled Device) detector, this analyzer significantly expands the scope of application, enabling real-time data collection and 3D display. With its advanced features and reliable performance, it is an ideal choice for spectral research.

Product Type

Monochromator and Spectrometer

Core Technical Specifications

No. Specification Name Parameter
1 Focal Length 300mm
2 Relative Aperture D/F=1/7
3 Scanning Range 300nm-900nm
4 Resolution ≤0.2nm
5 Slit Continuously adjustable width from 0 to 2mm, with an indication accuracy of 0.01mm
6 Wavelength Accuracy ±0.4nm
7 Wavelength Repeatability 0.2nm
8 Stray Light ≤10⁻³
9 Overall Dimensions 450mm×280mm×230mm
10 Weight 25kg

Optional Configurations

No. Configuration Name Function Description
1 DF-1 Absorption Cell
2 DF-2 Fluorescence Absorption Cell
3 GY-1 Bromine-Tungsten Lamp Capable of measuring absorption spectra and fluorescence spectra
4 GY-4C Low-Pressure Mercury Lamp Capable of wavelength calibration
5 GY-13 Hydrogen-Deuterium Lamp Capable of wavelength calibration

Product Applications

Physics Experiment Teaching: Suitable for college and university physics laboratories, helping students intuitively understand spectral principles and experimental methods through practical operations, enhancing their hands-on and theoretical comprehension abilities.

Scientific Research Spectral Analysis: Widely used in various scientific research fields such as material science, chemistry, biology, and environmental science. It can conduct qualitative and quantitative analysis of substances by detecting and analyzing spectral information, providing reliable data support for scientific research projects.

Spectral Research Projects: An indispensable tool for professional spectral research, enabling researchers to conduct in-depth exploration of spectral characteristics, material composition, and structural changes, facilitating the progress and innovation of related research fields.

 

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