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Spectroscopy

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Wavelength References Gas Flowcells Wavelength References Gas Flowcells New
  • Free Space and Fiber-Coupled Designs for UV through IR
  • Stainless Steel Designs for Operation at High Temperatures and Pressures
  • Designed for Easy Integration
Wavelength References Fiber-Coupled Gas Cells Wavelength References Fiber-Coupled Gas Cells New
  • Hydrogen Cyanide and Acetylene Gasses Available for Wavelength Coverage of 1510 to 1565nm
  • FC and SC Fiber Connection Options with a Variety of Path Lengths Available
  • NIST Traceable Reference Cells
International Light Technologies Spectrometers International Light Technologies Spectrometers New
  • Available in Three Different Wavelength Options 180 - 500nm, 180 - 850nm, or 180 - 1100nm
  • Measures Amplitude, Wavelength, Spectral Irradiance, and Power
  • Extensive Software Included

 

Diffuse Reflectance Phantoms Diffuse Reflectance Phantoms New
  • Mimic Muscle, Brain, or Adipose Tissue
  • Available in 25 x 25 mm and 50 x 50 mm Sizes
  • Ideal for a Range of Life Science Applications
Optical Coherence Tomography (OCT) Phantoms Optical Coherence Tomography (OCT) Phantoms New
  • Point Spread, Multilayer, Pyramid, and Multipurpose Phantoms Available
  • Positive and Negative Target Options
  • Ideal for Calibration of OCT Devices
Compact Irradiance Calibrated Spectrometers Compact Irradiance Calibrated Spectrometers New
  • Compact 32 x 32 x 21.3mm Form Factor
  • Spectral Range of 450 - 850nm with <1.5% Spectral Resolution
  • USB Connection for Power and GUI Control
Optopolymer® Diffuse Reflecting Film Optopolymer® Diffuse Reflecting Film
  • Optical PTFE Material with Lambertian Reflection
  • High Reflectance from 250 - 2500nm
  • High UV Stability and Chemical Resistance
Pre-Mix White Reflectance Coating Pre-Mix White Reflectance Coating
  • Reflectance Value >97%
  • Usable from UV Through Near-IR
  • Suitable for Coating Metal and a Variety of Other Materials
Lumedica OCT Imaging System Lumedica OCT Imaging System
  • Affordable Optical Coherence Tomography Imaging System
  • Ideal for Biological Sample Imaging, Sample Characterization, and OCT Education
  • Compact Form Factor Tabletop Device
Broadband Fiber-Coupled Light Sources Broadband Fiber-Coupled Light Sources
  • Designed for Use with Spectrometers
  • Lamps Available for UV to NIR
  • Xenon, Tungsten, or Deuterium Sources
#56-078 - Set of 4 Reflectance Standards (99%, 75%, 50%, and 2%) Spectralon® White, Grayscale, and Color Diffuse Reflectance Standards
  • Suitable for Spectroscopy, Colorimetry, Radiometry, and Machine Vision Applications
  • Diffuse Reflectance Independent of Viewing Angle
  • Durable, Stable, and Washable
  • Serialized Version with NIST Traceable Calibration Certificate and Data Available
Educational Spectroscope Educational Spectroscope
  • Measure Wavelengths of Various Light Sources
  • Detect Elements by Flame Emmission
  • Ideal for Educational Classroom Use
General Purpose Integrating Spheres General Purpose Integrating Spheres
  • Ideal for Measuring Light Sources
  • Can be Upgraded to Calibrate Sensors and Test Lenses
  • Designed for Simple System Integration
Laboratory Spectrometer Laboratory Spectrometer
  • Cost-Effective Performance from 380 – 750nm
  • Lightweight, Compact Design
  • USB Cable and Software Included
  • Spectrometer Accessories Also Available
Manual Mini-Chrom Monochromators Manual Mini-Chrom Monochromators
  • 6 Choices of Wavelength Ranges
  • Compact, Handheld Size
  • 2 NIR Versions

View all Resources Related to Spectroscopy  

Spectrometers are used to measure the properties of light for a variety of spectrometry applications including environmental or chemical analysis, fluorescence, or Raman. Spectrometers are optical instruments that incorporate detectors to detect spectral lines and measure their wavelength or intensity. Spectrometers are ideal for determining compositional makeup for detecting weak light signals. Spectrometers can also be used to test the efficiency of an optical filter in order to determine whether a filter has properly blocked or transmitted specific wavelengths.

Edmund Optics offers a wide variety of Spectrometers, including Spectrometers that have been optimized for Raman or fluorescence spectroscopy. Raman Spectrometers are ideal for Raman applications in the visible to the near infrared. The Fluorescence Spectrometers are ideal for use in low light fluorescence applications where the ability to detect weak signals is crucial for proper measurement. Additionally, fluorescence Spectrometers feature broadband spectral response ranges for detecting wide wavelength bands along with a wide slit width for increased throughput.

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