- #FOCUS STACKING FOR LANDSCAPE USING HELICON REMOTE SOFTWARE#
- #FOCUS STACKING FOR LANDSCAPE USING HELICON REMOTE PROFESSIONAL#
#FOCUS STACKING FOR LANDSCAPE USING HELICON REMOTE PROFESSIONAL#
Nikon’s high-speed professional DSLR – the Nikon D5 – tested on the microscope Tested for you: the mirrorless fullframe-sensor system camera Nikon Z7 on the microscopeĪttaching the Nikon DS-Fi3 microscope C-mount camera to different microscopes using the LM adapter solutions Nikon’s Z50 DX-format mirrorless camera performs impressively on the microscopeįinally – our LM microscope adapters can now be attached DIRECTLY to the current Nikon Z-mount system camerasĮxample application: Microscope images of fossilised ammonites / LM Macroscope / nature photography fossils The Sony Alpha 6600 on the microscope – transform this mid-range camera into a high-quality microscope cameraĬamera recommendation for microscopy application Nikon’s DS-Ri2 high-resolution full-frame sensor microscope camera performs impressively on all microscopes! New LM Digital Adapter for: Nikon Z9 / Sony Alpha 1 / Sony FX3 Cinema Line / Sony Alpha 9 II (ILCE-9M2) / Sony Alpha 9 / Nikon D6 / Canon EOS R3 / Sony Alpha 7R IV / Canon EOS R5 / Sony Alpha 7S II / Sony Alpha 7S III / Sony Alpha 7R III / Canon EOS R6 / Nikon Z6 / Nikon Z6II / Sony Alpha 7R II / Nikon Z7 / Nikon Z7II / Canon EOS R / Canon EOS Ra (Astro) / Nikon Z5 /
#FOCUS STACKING FOR LANDSCAPE USING HELICON REMOTE SOFTWARE#
The use of a motor-driven focusing rail and automated processing software also ensures an efficient workflow. Using full-frame cameras (such as the Nikon D800, Nikon D810, Canon EOS 5 DS R, Canon EOS 5DS, etc.) with our LM macroscopes and LM photo microscopes along with the Cognisys focus stacking system and the Helicon software enables the production of detailed, superior quality images. If you work frequently with focus stacking and/or large image stacks (more than 10 frames), the motorised option is definitely more effective. This option is workable if focus stacking is needed only occasionally or if the image stack to be processed is particularly small and has very few individual frames. The resultant data set can then be imported to the Helicon software for post-processing.
If desired, the data set can be viewed and rotated in 3D as well.īasically, focus stacking can also be accomplished without a motorised drive, since image stacks can also be produced by steadily moving the Z-drive (height) and operating the camera’s shutter release manually. Once shooting is complete, the image stack is post-processed by selecting Helicon Focus in the menu to combine the individual frames into a fully focused image.ĭepending on the number of frames and the processing speed of the computer, this consolidation process may take several minutes. The procedure can be monitored on the computer, and the frames captured are stored automatically on the PC.
Depending on the specimen and magnification selected, up to 100 frames or more are taken. Shooting begins simply by clicking the start button. The software also supports remote selection of exposure brackets. The camera and the StackShot focusing rail are controlled remotely through the Helicon Remote software, which receives the Live View image from the camera via USB cable. The LM lens unit is moved with the StackShot drive. Some of our most commonly used tools include the StackShot system from Cognisys and Helicon software. Our LM photography solutions ( LM macroscopes and LM photo microscopes) are ideally suited for use with motorised focusing rails.
The individual frames are then blended to produce a single image with a very high depth of field and resolution. For instance, while the depth of field at a microscope magnification of 100x is only a few µm, focus stacking overcomes this by taking multiple frames (image stacks) at different focus points.
This image processing technique is commonly used in digital photomacrography or photomicrography to compensate for depth of field loss – a problem inherent to both areas of photography, since the depth of field shrinks due to the intense magnification required. Focus stacking with our LM macroscopes and LM photo microscopes Focus stacking is a method used to create images with enhanced depth of field.
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