MICROSCOPES AND SYSTEMS FOR IMAGE ANALYSIS / Stereoscopic Microscopes
MICROSCOPE OLYMPUS SZ51
The Olympus SZ 51 microscope is a compact stereo microscope with high-quality optics. The 10-degree convergence angle in the Gren optical system provides excellent image flatness with a large depth of field. Careful selection of lens surface coatings and glass materials for the entire optical system allows samples to be observed and documented in their original, authentic colors.
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The V-shaped optical path provides a slim zoom housing suitable for integration into other equipment or stand-alone use. The universal stand for LED reflected/transmitted light combines all the advantages of LED technology. Flat high-brightness LEDs enable the successful integration of transmitted light into a very thin substrate, which in turn facilitates sample access and manipulation. The SZ51 zoom provides two different magnification ranges, has an ergonomic binocular design with a 45° angle of the eyepieces. The SZ51 provides magnification from 8x to 40x (when using 10x eyepieces) with a wide magnification ratio of 5:1.
The coaxial reflected light illuminator combines a polarizer and a 1/4λ plate to facilitate observation of specimens that are difficult to examine under oblique reflected light illumination. The four-position LED light turret allows the user to select the type of light they need and switch between bright field (standard/high/low), oblique (standard/high/low), dark field, polarized lighting with a simple twist. This makes the SZ 51 a flexible microscope for various sample and observation tasks.
The Olympus SZ 51 microscope makes it possible to feel comfortable thanks to the glasses that reduce the strain on the eyes, the universal LED stand that provides easy access to the sample, and the optical system of Gren. With high color accuracy and antistatic materials and coatings, these microscopes are suitable for routine or scientific research in the life sciences.
MICROSCOPE OLYMPUS SZ61
The Olympus SZ 61 microscope is a compact stereo microscope with high-quality optics. The 10-degree convergence angle with the Grenou optical system provides excellent image flatness with a large depth of field. Careful selection of lens surface coatings and glass materials for the entire optical system allows samples to be observed and documented in their original, authentic colors. The V-shaped optical path provides a slim zoom housing suitable for integration into other equipment or stand-alone use. The universal stand for reflected/transmitted LED lighting combines all the advantages of LED technology. Flat high-brightness LEDs enable the successful integration of transmitted light into a very thin substrate, which in turn facilitates sample access and manipulation. The SZ61 zoom provides two different magnification ranges and has an ergonomic binocular design with a 45° eyepiece arrangement.
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The SZ61’s magnification range is 6.7x to 45x (when using 10x eyepieces) with a wide 6.7:1 magnification ratio that provides smooth zooming from macro to micro, speeding up routine workflows.
The coaxial reflected light illuminator combines a polarizer and a 1/4λ plate to facilitate observation of specimens that are difficult to examine under oblique reflected light illumination. The four-position LED light turret allows the user to select the type of light they need and switch between bright field (standard/high/low), oblique (standard/high/low), dark field, polarized lighting with a simple twist. This makes the SZ 61 a flexible microscope for various sample and observation tasks.
MICROSCOPE OLYMPUS SZX7
The Olympus SZX7 stereo microscope is equipped with a Galilean optical system that provides excellent image quality, especially when using a digital camera. The microscope is suitable for use in the field of medical and biological research thanks to optics with high color accuracy, a zoom ratio of 7:1 and a universal LED stand. The Galilean optical system uses two (right/left) independent and parallel optical zoom paths, providing both precise optical performance and high system modularity. Careful selection of lens surface coating and apochromatic zoom optics allow specimens to be observed and documented in colors close to their true colors. The magnification range (using 10x eyepieces) is 8x to 56x with the 1x objective and 16x to 112x with the 2x objective. This high magnification flexibility of the SZX7 from macro to micro makes the SZX7 microscope suitable for a wide range of routine observation and inspection tasks.
The universal stand for reflected/transmitted LED lighting combines all the advantages of LED technology. Flat high-brightness LEDs enable the successful integration of transmitted light into a very thin substrate, which in turn facilitates sample access and manipulation.
The four-position turret LED lighting base allows the user to select the desired lighting type and switch between bright field (standard/high/low), oblique (standard/high/low), dark field, polarized lighting with a simple twist.
MICROSCOPE OLYMPUS SZX10
The Olympus SZX10 Stereoscopic Microscope is a flexible imaging tool for routine research, offering dark-field and polarization imaging, a maximum numerical aperture of 0.2, a zoom ratio of 10:1 and a Galilean optical system that minimizes distortion.
The SZX10 is designed to provide a natural view of the specimen with excellent stereo image and color reproduction. The DFPlan series combines high resolution and ease of use with a “distortion-free” optical design for exceptionally flat imaging and includes a 2x 0.2 numerical aperture lens for high-resolution imaging at 600 p/m.
The Olympus SZX10 microscope covers a magnification range of 6.3 to 63x with the 1x objective and offers up to 123x magnification with the 2x objective. With a wide range of 10:1 zoom ratio, it is a good choice for biomedical research that requires low-magnification macro photography for dissection and specimen manipulation, as well as sharp high-magnification images for close observation of cellular structures.
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The Olympus SZX10 can also be equipped with a trinocular tube and an Olympus DP series digital camera for high-resolution imaging and research documentation. The DP series cameras provide high sensitivity for a wide range of applications, including high-sensitivity fluorescence imaging, and can be easily controlled with Olympus CellSens software.
With the addition of a fluorescent device, the SZX10 can be used to monitor expressed fluorescent proteins in the body. The device’s high-performance fluorescent mirror component provides fast start-up and high fluorescence detection efficiency for improved image quality.
MICROSCOPE OLYMPUS SZX16
The Olympus SZX16 Stereoscopic Microscope is a microscope designed for advanced research with dark field and polarization capabilities, a 0.3 numerical aperture, and a large 16.4:1 zoom ratio that enables imaging of whole organisms down to minute microscopic and individual cellular structures.
The SZX16 optics, including bino/trinoculars, zoom and lenses, are fully apochromatic to reduce chromatic aberration throughout the zoom range. SDF (Super Depth of Focus) lenses allow you to get clear and high-contrast images of almost any sample. The maximum numerical aperture of 0.3 gives a resolution of 900 pairs/lines per millimeter, which allows you to clearly visualize the microscopic structures of cells and their components. This amazing resolution and unparalleled magnification make work more efficient, more accurate and allow you to get much more information about the samples.
The 16.4:1 zoom ratio provides 7x to 115x magnification with the 1x lens and up to 230x magnification with the 2x lens. This wide zoom range makes the SZX16 microscope suitable for a wide range of research tasks: low-magnification macro photography for dissection and specimen manipulation, as well as sharp high-magnification imaging for close observation of microstructures.
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With a slim 41.5mm design, roughly half the thickness of previous halogen transmitted light bases, the new LED illumination bases have a lower height, allowing for a lower vantage point and easy access to mounted specimens . during observation and operation. The four-position turret LED lighting base allows the user to select the desired lighting type and switch between bright field (standard/high/low), oblique (standard/high/low), dark field, polarized lighting with a simple twist. This makes the SZX16 a flexible all-purpose microscope for a variety of sample and observation tasks. Another advantage of LED lighting is the cooler base surface, which is suitable for prolonged manipulation of live specimens. The power consumption is lower than that of a conventional 30 W halogen light source. A life cycle of more than 60,000 hours significantly reduces operating costs.