Snap-in Imaging Cannulas

Ordinary fiber-optic cannulas send light along the optical fiber but do not create or capture an image. The imaging cannula can transfer an image but only over a very short distance in highly turbid media like brain tissue. For areas near the brain surface use the Snap-in Imaging Cannula Model S. For deeper brain regions use the Snap-in Imaging ...

Ordinary fiber-optic cannulas send light along the optical fiber but do not create or capture an image. The imaging cannula can transfer an image but only over a very short distance in highly turbid media like brain tissue. For areas near the brain surface use the Snap-in Imaging Cannula Model S. For deeper brain regions use the Snap-in Imaging Cannula Model L with image guiding gradient-index rod lens that brings the image from inside the brain to the skull surface. Snap-in Imaging Cannulas are compatible with all Fluorescence Microscope Bodies of the corresponding model. Each Snap-in Imaging Cannula comes with a protective cap and it is a good practice to put it on the implanted cannula when the microscope body is not snapped on.

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Snap-in Imaging Cannulas There are 5 products.

Showing 1 - 5 of 5 items
  • CAD$0.00

    For deeper brain regions (150 µm to 8mm depth) use the Snap-in Imaging Cannula Model L with image guiding gradient-index rod lens that brings the image from inside the brain to the skull surface. Snap-in Imaging Cannulas are compatible with all Fluorescence Microscope Bodies of the corresponding model. 

    CAD$0.00
  • CAD$0.00

    For areas near the brain surface (<150 µm depth) use the Snap-in Imaging Cannula Model S.  Snap-in Imaging Cannulas are compatible with all Fluorescence Microscope Bodies of the corresponding model. 

    CAD$0.00
  • CAD$0.00

    As the point of observation can be anywhere within the brain, a set of focus adjustment rings of different heights is available.

    CAD$0.00
  • CAD$0.00

    The 2-channel Optogenetics and Imaging Cannula has two parallel implants, a GRIN lens for deep-brain imaging, and a 200 µm diameter optical fiber for optogenetic stimulation of another brain area. 

    CAD$0.00
  • CAD$0.00

    The Reduced Footprint Imaging Cannula has been designed with an outer diameter as small as 2.5 mm (3.5 mm with flanged base) to image exiguous area of the brain. 

    CAD$0.00
Showing 1 - 5 of 5 items