This is a highly-flexible stereo microscope, designed for workshops and industrial inspection. Featuring a simul-focal head, the photo port can be used concurrent with both eyepieces, allowing you to have...
Nikon has been producing microscopes for almost a century, starting with a simple brass compound monocular brass microscope in the early 1900s. Today, Nikon microscopes are among the best in the World and are found in research laboratories in almost every country. The Nikon Museum of Microscopy features many of the older microscopes introduced from the 1960s to the end of the twentieth century, as well as several important accessories that have been used for both teaching and research.
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Interchangeable parts made the Model S microscope a versatile tool for studies in biology, medicine, and metallurgy during the 1960s and 1970s. Depending on the user's needs, the microscope could be equipped with various combinations of eyepieces, eyepiece tubes, objectives, condensers, and stages.
The model S was equipped with a wooden accessory cabinet that could later be used for storage when the microscope was not in use. A two-sided reflecting mirror provided illumination for the basic microscope model. One side had a plane surface, which was used with the condenser. The other side had a concave surface, which was used without the condenser when employing an objective with a magnification of 20X or less. Illumination could also be provided by an ordinary 60-watt light bulb, with a daylight filter in place, or by the Khler method with a Nikon universal microscope lamp. Nikon also provided built-in illumination alternatives. A small 15-watt substage lamp was available as a replacement for the mirror and the S-Ke model was equipped with a built-in Khler illuminator.
There were four selections of eyepiece tubes available for the model S: inclined monocular, binocular, and two versions of trinocular. Four interchangeable stages provided a choice of surfaces for examining specimens and included a rectangular mechanical stage and a graduated, circular rotatable stage. The nosepiece could hold up to four objectives. A variety of achromatic and apochromatic objectives were available, designed specifically for either metallurgical (episcopic) or biological/medical (diascopic) studies.
To meet the demands of clinical laboratory specialists and researchers, Nikon has reviewed all aspects of microscope usability to develop the ECLIPSE Ci series of microscopes, which combines superior functionality with operational ease. The Ci is designed to ensure natural posture while viewing images, sample changing and capturing images. Bright, eco-friendly LED illumination reduces the need for frequent lamp replacement*. A variety of accessories are available that support various imaging techniques.
Magnification can be easily changed during observation with the touch of a button on the ECLIPSE Ci-E microscope body. The buttons can also be programmed for specific objective lenses for easy switching between specific pairs. User-defined light intensity for each magnification is automatically saved and reproduced when magnification is changed. The remote control pad can also be used to easily change magnifications.
Using the ergonomic binocular tube, which features an eyepiece that can be inclined from 10 to 30and extended up to 40 mm, the microscope can be adjusted for natural posture. The eyelevel riser lifts the eyepiece tube in 25 mm increments (up to 100 mm*) and can easily be adapted to suit users with different eye-point heights.
One simple click of the image capture button on the microscope base during observation enables the Digital Sight camera to capture the specimen image. Camera control software for tablet PC NIS-Elements L is equipped with a scene mode that can automatically set the optimum shooting conditions for each observation method. Since it has a network function, you can share images with a remote PC.
The microscope model that sets the standard for high school instruction, now with cool, long life LED illumination. Includes all the most commonly specified features. Rugged metal construction, locked-on parts. Superior DIN optical system and precision mechanical components assure parfocalled and parcentered optical alignment for sharp, unsurpassed viewing. Recommended for instruction through grade 12.
Featuring a zoom magnification of 7.5X and a long working distance of 115mm, Nikon SMZ745 microscopes are well suited for both industrial and biomedical applications. The adoption of a new total reflection prism produces brighter images with higher contrast, and the anti-mold design allows the microscope to be used in environments where the temperature and humidity are high. The SMZ-745T trinocular model comes equipped with a microscope camera port and a built-in 0.55x c-mount adapter, permitting direct mounting of Nikon DS Series Digital Cameras.
Evident offers a range of microscopes suited for a wide variety of uses, including education, training, laboratory work, and leading-edge research in the life sciences. Explore our selection of upright, stereo, super resolution, laser scanning, and industrial microscopes below to find the microscope best suited to your needs.
Olympus upright microscopes offer excellent ergonomics for comfortable operation and high-quality optics for high color reproducibility. Modular options enable different observation styles like brightfield, darkfield, polarization, phase contrast, and fluorescence. Shop a range of manual and automated upright microscope models ideal for pathology and cytology research, clinical laboratory research, and more.
Olympus stereo microscopes combine high-quality optics with great ergonomics for comfortable observation and excellent image quality at low and high magnification. Speed up routine research with a wide zoom ratio for smooth macro-to-micro viewing. Check out our stereo microscope models ideal for brightfield, oblique, and advanced fluorescence observation.
Our lineup of high-performance inverted microscopes can enable the accuracy and repeatability you need for efficient research experiments. Discover our range of Olympus inverted microscope systems, such as super resolution, compound, TIRF imaging, and confocal microscopy solutions. Find high-resolution microscope models ideal for routine experiments, fluorescence imaging, and dynamic live cell observation.
Learn more about the Olympus MVX10 research macro zoom microscope. This high-precision microscope bridges the gap between macro and micro observation and provides outstanding brightness and resolution. Enable advanced fluorescence imaging of whole organisms as well as detailed observation of gene expression at the cellular level.
Olympus super resolution microscopes offer ultrafast imaging speeds to quickly reveal super resolution details in 3D samples and live cell experiments. Check out our IXplore SpinSR microscope system, which enables prolonged cell viability in time-lapse experiments. Acquire sharp super resolution microscopy images with less blurring, even in thick samples.
Our solutions-based microscope systems are designed for specific applications, such as intracytoplasmic sperm injection (ICSI) for assisted reproductive technology, long-duration cell bioluminescence imaging, high-precision virtual slide scanning, and physiological experiments. Olympus solutions-based microscope systems offer quality optics, speed, and flexibility.
Evident industrial microscopes are well suited to a wide variety of industrial uses, from routine inspection to sophisticated analysis. Our selection includes digital microscopes, ideal for streamlined workflows and flexible image acquisition solutions, and measuring microscopes, offering versatility, reliability, and exceptionally precise analysis.
A microscope is an instrument used to examine objects by producing enlarged images that reveal details that are too small to be seen by the naked eye. Microscopes are used across a range of scientific fields. There are many different types of microscopes, each suited for different uses.
The high-performance, high-quality microscopes that Evident provides are applicable to a range of uses, including education, training, laboratory work, and in leading-edge research in the life science fields, such as pathology and cytology. To find a microscope that best suits your needs, explore our guide to choosing the right microscope.
There are 11 key parts that make up a standard microscope. These are the eyepiece lens, tube, arm, base, illuminator, stage, revolving nose piece or turret, objective lenses, rack stop, condenser lens, and diaphragm or iris. All are vital components for detailed inspection and analysis. To learn more about the parts comprising a microscope, explore our Anatomy of a Microscope page.
Evident offers a wide selection of microscope options so that you can choose the one that best fits your goals. To find the microscope best suited to your needs, explore our selection above. You can also learn more about the various types of microscopes and microscopy techniques by visiting the Microscopy Resource Center.
Microscopes consist of many key parts, including light sources, objectives, eye pieces, and stages. Explore our range of OEM microscope components to find the microscope parts best suited for your needs. Additionally, our Anatomy of Microscope page provides a deeper understanding of how these parts work in conjunction to produce enlarged images of objects.
The high zoom magnification range of 7.5:1 and super-long working distance of 115mm show why both the SMZ745T and SMZ745 stereo microscopes are so well suited to materials research and production line applications.
U nleash the full pointing accuracy of your Celestron computerized telescope with a specialized telescope control software suite. control and Sky Viewer display makes selecting your target easy. CPWI has an extensive object database, employs PointXP mount modeling, and more. e24fc04721
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