Note, the total cost can be reduced by removing any number of the 5 objectives provided with this system.
Showing a microscopic section from the tree core sample shared below where the rings are most narrow. The image was captured at 200x magnification using the Mitutoyo 20x Micro Lens (Micro Kit Required).
Tree Core at 200x magnification (20x Optic)
Showing the complete coring section through the diameter of the tree sample. The image was captured at 50x magnification using the 1-5x MP-E 65mm Macro Lens.
Tree Core Cross Section for Context (50x Magnification)
The MicroCore is an automated scanning platform built to automatically image small shafted sections of tree core at various depths and diameters. The system stabilizes the core sample and allows the camera to combine focus stacking capabilities with panoramic photography in order to produce crystal clear results without a human presence. The system includes the fluorescence kit.
The innovative lighting configuration allows for completely balanced images using methods from reflected light microscopy. The lighting configuration simulates illumination methods used by the Macropod PRO 3D line. In this case, flashes are strategically positioned behind the sample in order to reflect diffused light onto the surface of the sample. This completely eliminates the requirement for polarizers and balances the final image to be free from glare and other artifacts common in microscopy and flash photography. See the images below for examples.
Support Bundles:
For any researcher, it is important to fully understand how the Macropod works best for you. With your purchase, we offer two levels of support to meet your personal imaging needs: Extended and Premium.
Showing a microscopic section from the tree core sample shared below where the rings are most narrow. The image was captured at 200x magnification using the Mitutoyo 20x Micro Lens (Micro Kit Required).
Tree Core at 200x magnification (20x Optic)
Showing the complete coring section through the diameter of the tree sample. The image was captured at 50x magnification using the 1-5x MP-E 65mm Macro Lens.
Tree Core Cross Section for Context (50x Magnification)
The MicroCore is an automated scanning platform built to automatically image small shafted sections of tree core at various depths and diameters. The system stabilizes the core sample and allows the camera to combine focus stacking capabilities with panoramic photography in order to produce crystal clear results without a human presence. The system includes the fluorescence kit.
The innovative lighting configuration allows for completely balanced images using methods from reflected light microscopy. The lighting configuration simulates illumination methods used by the Macropod PRO 3D line. In this case, flashes are strategically positioned behind the sample in order to reflect diffused light onto the surface of the sample. This completely eliminates the requirement for polarizers and balances the final image to be free from glare and other artifacts common in microscopy and flash photography. See the images below for examples.
Support Bundles:
For any researcher, it is important to fully understand how the Macropod works best for you. With your purchase, we offer two levels of support to meet your personal imaging needs: Extended and Premium.
Actual product specifics may vary depending upon the needs of the customer. This is a 3rd axes implementation allowing for large panoramic imaging and focus stacking using 3 axes of automation. Iterations are specifically designed for clients seeking high resolution imagery of soil boxes, insect boxes, core boxes, tree core boxes or any other object having a significant length x width.
The complete playlist can be viewed on our YouTube Channel here: https://www.youtube.com/watch?v=Whoa4jDUYo8&list=PLcKIGvtblfut6S-o7jE01siFfMwwFHQsO
Corylus americana, the American Hazelnut, is a species of the genus Corylus that is native to eastern North America. It is a medium to large shrub that under some conditions can take the form of a small tree.
