|Top Microscopy articles|
|Sensor heating in Nikon DSLR cameras in Live View mode|
|New:LM macroscope 32x|
|Nikon D5300, the latest version of the entry-level camera|
|Camera recommendation for microscopy application|
|Nikon Df full frame camera in microscopy|
|The Nikon D610 full frame camera impresses us on the microscope|
|The Nikon D7100 on the microscope|
|The laboratory microscope Euromex Oxion tested|
|Microscope photography with the Canon EOS 70D|
|Using the Canon EOS 700D for photographic work on the microscope|
|Upgrading the Olympus SZH10 stereo microscope for modern digital photographic work as quick as a flash|
|Leica Wild M10 and modern digital cameras|
|Olympus MVX10 MacroView|
|Canon EOS 100D perform on the microscope|
|Canon EOS remote app: operating EOS cameras by remote control via iPad and smartphone|
|Almost a classic – the Canon EOS 1000D|
|Differences between the two Canon ranges EOS 40D/50D/60D and EOS 600D/650D/700D|
|Test report: the Canon EOS 6D on a microscope|
|Review Canon EOS-1D X|
|The Canon EOS utility software (tethering) via USB or LAN|
|The Pentax K-5 IIs DSLR camera tested on a microscope|
|The surprise microscope – Micros Lotus MCX51
|Canon Rebel T4i or EOS 650D on a microscope|
|Leica M205 C high-performance stereo microscope|
|Olympus SZ61 and SZ61TR stereo microscopes for microphotography|
|Olympus SZ60 trinocular microscope|
|Practical test: Nikon D800|
|Canon EOS 5D Mark III - raising the performance bar!|
|Digital photographic documentation with the Euromex Novex RZ series stereo zoom microscope|
|Professional microscope adapter for digital C-mount cameras with a sensor size up to 1/2"|
|Remote Control software(Tethered Shooting) for microscope applications using Nikon SLR cameras|
|The NIKON D7000 in microscopy applications|
|New scoring criteria for our popular microscope camera ranking|
|Sensor sensitivity (ISO) in digital cameras|
|Microscope wide-field adapter for eyepiece tubes with 30 mm inner diameter|
|LM universal DSLR adapter|
|Which digital camera
functions best on a microscope?
|Top Macro photography articles|
|All-purpose filter adapter for macroscopy|
|DMLDSLR40Set:Connection ring for two LM Macro 80 lenses (close-up lenses)|
|Create your own LED Microscope / Macroscope Lighting|
|Macro photography with the Sony Alpha 55|
|LM DSLR macroscope: Professional photographic documentation for a bargain price|
|Digital macro photography with
“classic analogue lenses” at bargain prices
|Are normal stereo microscopes suitable for high-quality photographic documentation?|
|Turn your digital reflex camera
into a microscope
|LM Macrooptics Workshop|
|Compatibility list for LM close-up lenses|
Controlling Olympus digital SLR cameras from your PC with the OLYMPUS Studio 2 software (tethered shooting)
Advantages of computer control:
Particularly in microscope work, the option of controlling the camera from the PC makes image capture considerably easier. On the one hand, the workflow can be significantly enhanced, and at the same time it is possible to greatly improve the image quality. Camera control and image data exchange takes place via the USB connection between the camera and the computer. The digital image is saved on the computer’s hard drive immediately after capture. This enables the images to be viewed in full resolution. Photographs often appear to be successful on the camera’s small LCD display, but upon subsequent appraisal on the larger PC monitor, they may prove to be inadequate. This can be avoided using the computer control, because the images can be inspected immediately and taken repeatedly if necessary.
With manual shutter release there are often vibrations, which are picked up as motion blurs in the images. With computer control this no longer happens as the camera-microscope unit remains completely still, and the quality of the photos is thus considerably improved.
Olympus offers its own Studio 2 software for controlling your camera via PC.
An image viewer is integrated into the Olympus Studio 2 software, which displays the photographs immediately after they have been taken.
The camera can be connected to the computer by USB cable to enable it to be controlled remotely.
The “camera control” menu point can be found in the “camera” menu.
After the “camera control” button is pressed, the computer downloads all camera settings. This process takes a few seconds. Now all of the camera’s individual settings can be seen on the computer screen and can also be altered if required.
With a quick “click” on the shutter release button a photo is taken and immediately displayed on the screen.
When we tested the Olympus E-420 and E-3, we did, however, discover a limitation affecting the Olympus Live View function. When using active remote control via the USB cable with the OLYMPUS Studio 2 software, we were unable to activate the Live View mode on the camera’s own LCD display. As soon as the camera is controlled by the computer, its own display switches off.
It was only possible to generate a “live image” by means of an external screen, which we connected via the video cable. To do this, the “VIDEO SIGNAL” must be set to “ON” in the camera settings.
If you want to control the camera from the computer via a USB cable and connect an external video monitor at the same time, then for some Olympus camera models a special cable is required. The E-500 / E-330 / E-410 / E-420 and E-510 models all possess a combination plug, which combines the USB connection and the video connection in one socket. Therefore, an additional Olympus cable (USB AV / PC-2) will be required for these cameras. For Olympus’s professional cameras (e.g. E-3), this type of cable is not required, as both a standard USB socket and a separate video socket are available. The required cables are also supplied with the Olympus E-3.
Live View on an external 7” LCD monitor.
The OLYMPUS Studio 2 software is a superb enhancement for Olympus’s range of SLR cameras. Particularly in microscopy, it enables the user to fully utilise the cameras’ strengths. Thus, it is possible to improve image quality and to increase the speed at which the user can work. We also recommend using a small external LCD video monitor for adjusting the focus.
|Controlling the focus using the live view feature with zoom function (mode B)|
|Using the Olympus E-410 / E-510 digital SLR cameras in microscopy|
|Using the Olympus E-420 digital SLR camera in microscopy|
|Using the Olympus E-3 professional digital SLR camera in microscopy|
Olympus OM-D E-M1 / Olympus E-5 / Olympus E-30 / Olympus E-3 / Olympus E-620 / Olympus OM-D E-M5 / Olympus Pen E-PL5 / Olympus Pen E-PL6 / Olympus OM-D E-M10 / Olympus Pen E-PL7 / Olympus Pen E-PM2 / Olympus Pen E-PL3 / Olympus E-330 / Olympus Pen E-PM1 / Olympus E-520 / Olympus E-420 / Olympus E-450 / Olympus E-510 / Olympus E-410 / Olympus E-600 / Olympus Pen E-P1 / Olympus Pen E-P2 / Olympus Pen E-PL1 / Olympus Pen E-PL2 / Olympus E-400 / Olympus SP-610UZ / Olympus C-7070 Wide Zoom / Olympus SZ-20 / Olympus SZ-30MR / Olympus C-5060 Wide Zoom / Olympus FE-47 / Olympus FE-4040 / Olympus FE-5035 / Olympus mju-5010 / Olympus mju-7040 / Olympus mju-9010 / Olympus mju Tough-6020 / Olympus mju Tough-8010 / Olympus SP-800UZ / Olympus FE-5050 / Olympus VG-130 /
|Which digital camera functions best on a microscope?|
|Special mounting media for microscopy|
Tips and tricks to connect your digital camera and to process digital images