Olympus SZX7Price

Image macro views of whole organisms to micro views of individual cell structures using the SZX16 research stereomicroscope. Its wide zoom ratio (16.4:1) enables magnifications of 7x–115x with a 1X objective and up to 230x with a 2X objective. Clearly observe fine details owing to the apochromatic optics, reducing chromatic blur for the entire magnification range, and its 0.3 numerical aperture (NA), providing a high 900 line pairs per mm resolution.

Zhang, High energy and high stability Cr4+: YAG passively Q-switched laser with convex-ARR unstable resonator, OPT LASER T, 32(2), 2000, pp.

Circular, elliptical, and extreme elliptical diffusers not only provide precise beam angle control, but our diffusers homogenize LEDs and fluorescent lamps and clean up striations for pleasing, human centric lighting.

OlympusSZX16

Light Shaping Diffusers® use surface relief structures that are replicated from a holographically-recorded master. These pseudo-random, non-periodic structures can manipulate light by changing the direction of its energy. The result is the elimination of Moiré, color over-angle, and precise angular beam control.

Dec 17, 2023 — Objective lenses are the primary lenses closest to the object being looked at in a microscope. They are like the eyes of the microscope.

The LabMax Touch Pro offers complete compatibility with the extensive range of Coherent laser power and energy sensors, encompassing thermopile, pyroelectric, ...

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Luminit's Light Shaping Diffuser® is available in three type of angles: circular, elliptical, and extreme angle elliptical (also called linear). Circular angle diffusers are popular across multiple industries and spread a light source into a wide circular pattern depending on the angle selected. Our standard angles include 80°, 60°, 40°, 30°, 20° 10° and 5°. That is, if you purchase a 40° circular diffuser, the beam will be spread 40 degrees in every direction. This makes circular diffusers a popular choice for spotlights, downlights, flashlights, etc., where the light beam of LEDs is narrow (i.e., directional).

The SZX7 stereomicroscope is a cost-efficient system designed for comfort and high-quality life science imaging. Its high color fidelity optics and Galilean optical system contribute to its excellent imaging performance. Offering a wide 7:1 zoom ratio, it achieves a magnification range of 8x–56x with a 1X objective, and up to 112x with a 2X objective. Reflected/transmitted LED illumination is integrated into its slim, open base, offering easy specimen access.

Luminit LED light diffusers precisely shape, control and distribute light. The patented holographic master recording process allows a variety of circular, or elliptical light patterns, and a wide variety of standard elliptical angles are available. To find out more about how Luminit light shaping diffuser film for LEDs can solve your next challenge, contact one of our light diffusion experts.

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Using a stereo microscope is relatively simple. The specimen you are viewing is placed on the stage plate—if it is a live specimen, a glass petri dish can be used to contain it. To view the specimen, switch on the light source on the stereo microscope and adjust the eyepieces so that you can comfortably look through the microscope. You can also observe in high magnification by adjusting the zoom, without changing the objective of each magnification such as on an upright/inverted microscope.

The spatial impulse response of the system is Fourier transformed to yield the spatial-frequency optical transfer function. Simply expressing the notion of ...

Furthermore, the LED transmitted light illumination base enables you to easily switch observation methods and flexibly adjust the contrast level by changing optical cartridges.

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These beam expanders are designed to work with C-mount threaded cameras that have 4.5 mm imager back focal spacing or with CS (12.5 mm) back focal spacing. The ...

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A stereo microscope is different from a compound microscope because a stereo microscope uses two optical paths instead of just one. The two eyepieces in a stereo microscope transfer an image of the given sample from two different angles, resulting in a three-dimensional view and enabling you to perceive the depth and dimensions of thick specimens, like eggs or embryos.

This downloadable infographic takes a closer look at the ergonomic designs within the Olympus collection of stereo microscopes.

A stereo microscope is used for low-magnification applications, allowing high-quality, 3D observation of subjects that are normally visible to the naked eye. In life science stereo microscope applications, this could involve the observation of insects or plant life. Also, it is often referred to as a dissecting microscope, due to its usefulness in biological dissection work.

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Achieve consistent, accurate results with this range of zoom stereomicroscopes. Optimized for comfortable routine research, each system has strain-reducing eyepieces, a universal LED stand offering easy access to the sample, and a Greenough optical system delivering excellent image flatness. The magnification ranges are 6.7x–45x for the SZ61 system and 8x–40x for the SZ51 system (both with 10X eyepieces).

Elliptical diffusers incorporate two different angles in order to spread light asymmetrically and diffuse one axis more than the other. Elliptical angle diffusers are help lighting designers highlight a specific area more than another area. Our standard elliptical diffuser angles for lighting class include 80° × 50° and 60° × 10° and are commonly used in hallways and specialty lighting to highlight a specific area. Stairway lighting is a good example of how our elliptical angles can highlight the walls but place more light toward the stairs for obvious safety reasons. Extreme elliptical angle, or linear, diffusers such as our 60° × 1° (i.e., 60° along the width and 1° along the length) are commonly used in wall washing, wall grazing, and cove lighting applications where the beam angle must not increase in one axis. We have a helpful blog that covers our extreme angle diffusers in more detail.

You may not see the technology behind a Luminit Light Shaping Diffuser®, but you'll notice the effects of our optical diffusion lenses and light shaping diffuser film for LEDs. Light Shaping Diffusers® expand what’s possible with light using Luminit's advanced holographic beam shaping technology. Unlike conventional plastic light diffusion panels, Luminit's patented technology shapes light energy with holographic patterns embedded on polycarbonate film or rigid sheets. These patterns create a pseudo-random surface that can manipulate light by changing the direction of its energy. Available in both circular and elliptical formats, the diffusion ability of Luminit LED lighting diffusers is remarkably efficient, so high efficacy fixtures are possible. Many of our customers use Luminit diffuser sheets to diffuse LED strip lights to hide hotspots and produce a more uniform, homogeneous appearance. We also have the largest library of circular and elliptical beam angles in the world, ranging from 1° to 100° so there is an angle to tackle just about any application.

Luminit diffusers are popular in indoor and architectural lighting and can be found in some of the world’s most famous building, bridges, and structures. Our unique technology is also instrumental in high tech, display and automotive applications where we provide highly specialized Light Shaping Diffusers® and linear micro-prismatics.

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OlympusSZX10

Olympus stereo microscopes offer three dimensional imaging with a wide zoom ratio and high numerical aperture (NA). Excellent image quality with our advanced optics, improved functionality, and various ergonomic accessories make Olympus stereo microscopes easier and more comfortable to use in life sciences and biology when performing sample selection, dissection, and manipulation.

How does a Luminit's LED hiding film help lighting designers and lighting manufacturers? Luminit diffuser sheets and films “clean up” and shape a light beam to suit a particular purpose, which makes it possible to achieve a smooth appearance or use fewer LEDs for the same effect. For example, LEDs are very efficient but hot spots and uneven light distribution remain a problem for lighting professionals. Our Light Shaping Diffuser® sheets homogenize and shape the light with 85% to 92% transmission efficiency, meaning less light loss compared to other diffusers. The above picture demonstrates options for LED strip diffusion and the effects of a 60° x 1° elliptical Light Shaping Diffuser® on an LED strip light. On the left are the bare LED diodes, and on the right are the same diodes with our light diffuser in front. The light is shaped by spreading the horizontal radiation 60° only 1° in the vertical direction (shown horizontally here). The result is the elimination of hotspots on LED lighting as well as CCFL, fiber optic and laser light sources, and a smooth, unbroken strip where the diodes are not individually visible.

There's a reason Luminit is one of the leading light diffusing manufacturers in the world. We have the largest catalog of LED optical diffuser sheets and light bending material as well the most angles and formats available to diffuse LED lighting for architectural environments, bio-medical illumination, semiconductor metrology, aerospace, automotive, laser and display applications. Our optical diffusion technology is based on a very thin microstructure on top of the clearest substrates available. The transmission efficiency of our thin film and thick rigid diffusers is practically equivalent.

Olympus offers a variety of stereo microscope models ideal for both routine and advanced research applications, from routine standard models with a wide zoom ratio and natural view to advanced models with an ultra-wide zoom ratio and high resolution, alongside advanced fluorescence imaging capabilities.

Our Light Shaping Diffusers® are bending, shaping and enhancing light beams in automotive lighting, exterior/interior lighting, in stages and concert halls, projection systems, monitors and displays, bar code scanners, and more. Our LED diffusers are sculpting light in some of the world's most famous landmarks.

The LED illumination base enables you to optimize your observation by adjusting the contrast level and the angle and size of the light/shadow (oblique) independently. Find out more in the app note.

Because the principle of surface scatter is used instead of volume or bulk scatter, our LED diffuser sheets have a much higher transmission efficiency (~92%) than a conventional LED light diffuser. Holographic Light Shaping Diffusers® offer superior optical transmission between 400nm and 700nm. Depending on the angle of distribution, Luminit LED light diffusers achieve between 85% and 92% transmission efficiency. The low backscatter of the diffuser structures are anti-reflective in nature and utilize light that would otherwise be wasted due to Fresnel loss. A clear piece of polycarbonate substrate is 89% transmissive. With a Luminit LED light diffuser added, transmission improves to 92%.  Note that Luminit measures transmission utilizing an integrated sphere with the Light Shaping Diffuser® structure incident to the light source.

“Hotspots” and uneven light distribution are common problems with filament, arch, LED, CCFL, fiberoptic and laser light sources. Our LED light diffuser films smooth and homogenize sources while providing uniform light in critical applications such as LCD backlights, LED displays, machine vision, automotive lighting and viewing screens.

The SZX10 stereomicroscope is a cost-effective system for routine research. It provides darkfield and polarization imaging, up to a 0.2 NA, 10:1 zoom ratio, and a Galilean optical system to help minimize distortion. Obtain a natural view your specimen with its excellent stereo and color representation. The wide zoom ratio provides a magnification range of 6.2x–63x with a 1X objective, and up to 123x magnification with a 2X objective.