Dual Channel FT-IR Spectrometer,fourier transform spectrometer,ftir spectrometer,ftir analysis,Fourier Transform Infrared Spectroscopy,spectral analysis,quantitative analysis,qualitative analysis,diffuse reflection,specular reflection,integrating sphere,spectrometer,dual channel quad channel,dual channel,8 spectrometer,infrared spectrometer,FT-IR Spectrometer-Advanced Manufacturer,FT-NIR Spectrometers;ftir spectrometer,Optosky is a manufacturer of advanced FT-IR spectrometers, with products in stock and at affordable prices.,Fluorescence Spectrometer,Hyperspectral Camera,Fluorescence Spectrometer,ocean optic,optical microscopes,fluorescence spectroscopy,thermofisher,imaging systems,imaging platforms,confocal microscopy,hyperspectral imager,Hyperspectral Imaging systems-Advanced Manufacturer,Fluorescence Spectrometer;hyperspectral imager,Ideal for quantitative & qualitative, high sensitivity, and non-destructive measurements.Optosky Offers a Broad Range Of Spectral Solutions

Collimating Lenses

collimating lens
Collimating Lenses
74UV
FOB
1 unit
Made in China
Quantity

Description:
Collimating lenses are optical lenses that make parallel the light beams that enter your spectrometer setup. These lenses allow users to control the field of view, collection efficiency and spatial resolution of their setup, and to configure illumination and collection angles for sampling. 
Optosky collimating lenses can be attached to the spectrometer, coupled to optical fibers, or integrated into sampling accessories. Most lenses have an inner barrel threaded for SMA 905 connectors. The inner barrel slides relative to the lens fixture for adjusting the focus; a setscrew secures the barrel.

Feature:

  • Versatile – lenses optimized for the UV-Visible (185-2500 nm) or Visible-NIR (350-2500 nm)
  • Multiple options -- single, achromatic and long focal length versions available
  • Rugged – stainless steel barrel with black oxide finish
  • Fiber optic – couple to optical fibers or spectrometers
  • Adjustable – position lenses for converging to diverging FOV (~25°)