OPTICAL ENGINEERING – MICROSCOPY / SPECTROSCOPY

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Optique Peter designs and manufactures special microscopes and spectroscopy systems for research applications.

SPECTROSCOPY MODULES FOR MICROSCOPES

  • Spectroscopy modules for standard microscopes
  • Raman Spectroscopy, Brillouin, Fluorescence, LIBS, etc.
  • Laser or external source injection
  • Optical ports to spectrometers
  • Multiple-component modules with up to 5 different wavelengths per module
  • Transmitted and reflected light
  • Manual or motorized control

BROADBAND SPECTROPHOTOMETRY MICROSCOPE

  • UV to IR broadband spectrometry microscope with mirror optics
  • 3 upper input/output modules, 4 spectral bands per module
  • One lower input/output module
  • Optical fibre connection or direct laser inputs
  • Sample supports:
    • Motorized stage
    • Motorized goniometer head (for cryospectrophotometry)
  • Imaging camera
  • Coaxial or oblique illuminators
  • Signal output to the spectrometer

BROADBAND SPECTRAL MICROSPECTROMETER

  • Microspectrometer with mirror optics for UV to IR broadband spectrometry
  • Two mirror objectives for transmitted light spectrometry with a third objective for sample excitation
  • Optical fibre connections
  • Motorized goniometer head (for cryospectrophotometry)
  • Zoom videomicroscope for sample centring on the goniometer head
  • Coaxial or oblique illuminators

BRILLOUIN SPECTROSCOPY

  • Text
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MIRROR LENSES FOR BROADBAND SPECTRAL SPECTROPHOTOMETRY

  • UV to IR broadband spectrometry mirror lenses
  • Long working distances
  • Optical fibre connections

TIME-RESOLVED PUMP/PROBE SPECTROSCOPY

  • Separate pump and probe laser paths to the microscope lens
  • Probe laser spot positioning in the object plane
  • Probe signal collection without disturbance from the pump laser

PHOTO-ACOUSTIC SPECTROSCOPY

  • Injection of 4 independent lasers via 4 different optical paths
  • Two lasers injected above the sample, two lasers injected below the sample
  • Individual motorized spot position control for each of the 4 lasers
  • Signal feedback to the spectrometer
  • Piezo motion, tilt-adjustable sample support stage
  • Upper and lower microscopes with epi-illumination and video observation

SINGLE PARTICLE SPECTROSCOPY

  • Tandem microscopes for combined transmitted and reflected light spectroscopy
  • Transmitted and reflected light illumination
  • Video imaging
  • Piezo motion sample support stage for nanometric positioning

TANDEM MICROSCOPES

  • Tandem with one inverted and one upright microscope
  • Tandem with two inverted microscopes
  • Adaptive optics for wavefront control

MULTIPHOTON IMAGING MACROSCOPE

  • Wide field multiphoton imaging
  • Scan head for femto laser
  • Non-descanned with triple PMT output module
  • Adaptive optics for wavefront optimisation

LARGE DIMENSION PROBER

  • Heating chuck for component qualification
  • Thermostat-controlled machine for very long tests

LARGE MICROSCOPES

  • Microscopes and stereomicroscopes for large samples
  • Reflected and transmitted light illumination
  • Manual or motorized stages