During high power cw applications, an optimum passive cooling is obtained with an Optical Breadboard for Connectorized LED ensuring stable performances in terms of output power and wavelength stability. The Optical Breadboard for Connectorized LED ensures the longevity of the device and allows an easy mounting on an optical table.
The renewed line of Doric LED Drivers has a new connector pinout that does not include pins for fan power. It is thus essential to use a Fan Power Adapter when using Connectorized Multi LEDs or Multi LEDs + Fiber-optic Rotary Joints.
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.
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.
This tool is used to easily attach and detach the 2-color Microscope Body from the cannula.
The Dummy Microscope is a look-alike, inexpensive replica of the Snap-in Fluorescence Microscope Body that fits any Snap-in Imaging Cannula.
A specific microscope holder has been designed to fit the 2-color fluorescence microscope bodies.
The 2-color Fluorescence Microscope Driver is compatible with the 2-color Fluorescence Microscope Bodies.
This system contains all the items necessary to do deep-brain calcium imaging (150 µm to 8 mm depth) with GFP-like and RFPlike fluorophores of freely-moving animals.
2-color Fluorescence Microscope Bodies are connectorized in order to allow for more flexibility.
This system contains all the items necessary to do surface brain calcium imaging (<150 µm depth) with GFP-like and RFP-like fluorophores of freely-moving animals.
The OmFC Cannula Holder is an adaptor designed to maintain the OmFC cannula protrusion straight during the implantation.