![]() ![]() On the other hand, it’s recommended to shell out the extra cash for a well-made macro lens, such as this one. ![]() Some lenses that work as portrait lenses like a Nikon 50mm will work adequately as macro lenses. Nikon D7000, Nikon D90, Nikon D5000, Nikon D300, Nikon D300s, Nikon D700, Nikon D3X, Nikon D3s, Nikon D3, Nikon D200, Nikon D80. Tethercam is the driver used for the uManager side, and it states an “incomplete list” of cameras as follows: started snapping images! Here is an example of running in uManager (click on the picture for a higher res version): Nikon D-80 acquiring images in uManager What cameras are supported:Īll of the basic DSLR models from Nikon are included with the NKRemote software. Edit hardware seup using the “Setup hardware” tool and removed the demo camera, and added the NikonDSLR.Ħ. Run NKRemote and snap image to confirm communication with camera.ĥ. Download nightly uManager build & Install.Ĥ. Download Breeze Systems trial for NKRemote & Install.Ģ. My summary of setup, which took a whopping 5 minutes (this is amazingly quick for open source software!) went as follows:ġ. So, follow the instructions found here for setup. A right angle view finder isn’t required, if you don’t mind a stiff neck! Setup: The software currently ranges from $90-180.ħ. Control Software for interfacing to uManager. External power supply for camera or a battery extension (more for ease of use but I consider it a requirement).Ħ. Here’s an example of my setup running on a windows 7 圆4 laptop and a D80. What you end up with is a camera that can be controlled from a laptop, along with a stage, z motor and other automated imaging hardware. So, how do we position a specimen under this camera in an automated fashion? Well, it turns out micro-manager has a plugin available for such work, and it’s available in the nightly builds here. No microscopy device control software available, such as elements or metamorph, supports non-scientific grade cameras. The next problem is that of focal and positional control. In some cases though, this is the way to go. This type of system will allow for a stable focusing and zoom setup, but is limited in magnification power and light control. So, what to do? Well, when your object for imaging is too large for a microscope, one option may be a macro lens on a digital camera. ![]() In some cases, applications like these don’t require a telecentric optical system such as the AZ-100, nor do they fit into a typical stereo microscope application. So I had a customer interested in a macro application for scanning. So – short term solution is to run the proposed setup below on an x32 system – if anyone gets 圆4 working please post here!!! -Austin Now, as far as micro-manager goes, there isn’t a connection from DigiCamControl to micro-manager. On the other hand, the open source application “ DigiCamControl“, worked perfectly. After a few requests for a report on 圆4 capability using this tethering technique, I tried installing the NK Remote software on a rather fresh copy of Windows 7×64 – it did not communicate with the camera at all. ![]()
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