Research System Stereomicroscope SZX16/SZX10 : Features (6)
- Dimension in image clarity
- Multi-wave length,astigmatism-free design for sharp 3D observation
- Exceptionally bright and even fluorescence
- Confortable operability
- Elgonomic
- Digital imaging
- Equipment answering various needs
- SZX10
A microscope digital camera that reproduces true-to-life images
Each microscope digital camera in the SZX2 lineup captures images at high resolution. Olympus stereomicroscopes and digital cameras contribute to cutting-edge research in biology and medicine.
The high-performance Digital Camera (DP71) provides accurate and detailed image capture

Digital camera (DP72)
With the DP72, live images are displayed with 1360 x 1024 pixel resolution at a rate of 15 fps.
Thanks to this smooth and fast display of live images, users now can perform observation
without stress. By shifting the 1.45 mega pixel CCD, the camera delivers extremely
high-resolution images equivalent to 12.8 million pixels.
The high-speed image processing hardware captures these quality images in 2.5 seconds.
Furthermore, when acquiring monochrome fluorescence images in gray scale,
the custom gray-scale mode maintains a dynamic range with full RGB intensity.

Digital camera (DP21)
The DP21 stand-alone digital camera for microscopes allows
easy observation, focusing, framing and saving while enabling smooth,
live image display of high-definition images for highly professional presentations.

Motorized focus unit (SZX-FOA2)
Handling is made easier than ever, even when mounting a heavy unit like
a large camera (maximum load of 14kg). Another advantage of this unit
is that the user can stand away from the microscope for monitor observation.
Manual coarse focusing and fine focusing are both possible when motorized
control is engaged. A foot switch controls motorized focusing, which
frees the user’s hands for higher concentration on operation, improving
overall work efficiency during observation and image capture.

Vertical observation
The revolving nosepiece matches the objective lens center to the zoom lens optical path for images with reduced aberration. Image shifting from focus change is eliminated for effective 3D rendering by software.