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Olympus laser confocal microscopes offer superb image quality and accurate 3D measurement by non destructive observation method with advanced optical system. Its operation preparation is easy and no pre-process is necessary with your samples.

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Olympus digital cameras are exclusively designed for microscopes. All cameras offer their best imaging performance when used with Olympus microscopes and software.

Designed to accommodate your unique sample shape or workflow, Olympus’ customized industrial microscope solutions adapt to meet a wide range of requirements. Based on our advanced core microscope technology, our customized solutions provide you with the right microscope for your specific needs.

Olympus infinity-corrected objective lenses provide the quality, flexibility, and outstanding optical performance from visible light to near infrared light.

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Mounting an optic to a firearm is a fairly easy task with a little bit of gun know-how. And if you’re looking to expand your knowledge about the world of firearms, SDI is the place to do it. To check out the programs that SDI offers, click here.

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There are 11 key parts that make up a standard microscope. These are: 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.

Prisms aren’t perfect, though. Unlike red dots, prisms don’t have infinite eye relief. In addition, some prisms aren’t really parallax-free like red dots. And since there’s more glass involved, they’re noticeably heavier than red dots are — just hold one in each hand to see what I mean. Still, when used correctly, prisms can be very effective sights for rifles and shotguns.

Learn how PRECiV image analysis software can help you seamlessly acquire, process, and measure images you’ve taken using our industrial microscopes.

The micro-spectrophotometer provides high-speed, repeatable measurements using an optical grating and line sensor. Curved surfaces and small spots can be measured that most spectrophotometer cannot measure.

While optics were once the domain of long-distance shooters, low-magnification optics have become commonplace. Today, you can find several types of low-powered optics to improve the accuracy of close-range firearms. Two of the most popular are prism scopes and red dots. While both of these optics share similar functionalities, they go about achieving their goals differently. We’ll outline some of the differences and similarities between red dots and optics here.

Olympus' expertise in imaging and metrology systems provides today’s manufacturers with solutions for particle counting, sizing and classification. Measuring particle size and distribution is important because they can directly impact the performance, life-time, and reliability of many manufactured products.

The diaphragm or iris on a microscope is a rotating disk found under the stage. The different sized holes can be used to vary the intensity and size of the cone of light that is projected onto the slide you’re examining.

The SZX-AR1 augmented reality microscope system enables you to overlay text and digital images over your microscope’s field of view, improving the speed and efficiency of your microscope-based manufacturing tasks and training.

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Red dots are the darlings of the low-powered optic world right now. There are several reasons for that. First, red dots don’t have any eye relief and are parallax-free. In other words, your eye can be close to the optic or far away, along with being directly behind it or slightly off to one side, and your point of aim will always be on target.

Light microscopes are used for quality control applications and detailed examination of newly developed materials,electronic devices, metals, and chemicals.  Designed with modularity in mind, users can customize their system with the optical and digital imaging components required for today's discerning microscopist.

Second, red dot sights are extremely light and handy. As a result, you can slap a red dot on any type of firearm, including a pistol (you won’t be able to find a pistol-sized prism optic). You can even use them on shotguns.

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What is microscopes

Olympus MX microscopes are developed with the concept to offer the highest efficiency for all our customers. MX microscopes ensure beneficial four levels, Fast start-up, Easy Operation, Failure analysis and expandability for users.

One of the traits that differentiates a prism sight from red dots is magnification. As I mentioned earlier, if you want to magnify a red dot, you’ll need a separate magnifier. Not so with prisms. Prism sights can feature built-in magnification, but only on a single fixed level. That means you won’t be able to zoom a prism in and out like you would with an LPVO. Some common prism magnification levels are 1X, 3X, and 5X.

Designed to accommodate your unique sample shape or workflow, Olympus’ customized industrial microscope solutions adapt to meet a wide range of requirements. Based on our advanced core microscope technology, our customized solutions provide you with the right microscope for your specific needs.

Red dots do have some shortcomings, though. For one, red dots don’t have any natural magnification. If you want to zoom in at all, you’ll need some kind of separate magnifier. They also require batteries to function. While most red dots will last for thousands of hours on a single battery, it’s still something to consider.

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Olympus SZX/SZ stereo microscopes offer clear stereoscopic view with comfortable and ergonomic operation. A selection of frames with a variety of optical options with wide range of zoom support various applications.

Olympus image analysis software turns your Olympus microscope into a high-performance image analysis tool. With an intuitive workflow, users can easily acquire images, filter, make measurements, document, and archive data.

The DSX1000 all-in-one digital microscope as an easy-to-use solution for inspection and failure analysis. Learn about the system's many benefits in this video.

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Magnification is calculated using simple arithmetic. Just take the power of the objective (4X, 10X, 40X) and multiply it by the power of the eyepiece (usually 10X).

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Resolution in a microscope is the ability to distinguish detail. It is defined as the shortest distance between two points on a specimen that can still be distinguished by the user or a digital camera. If these two points are closer together than your resolution, then image quality will be poor.

Unlike a red dot, a prism sight doesn’t project a reticle over a lens. Instead, the reticle is etched into the lens of the optic itself. This offers one huge advantage: you can use a prism without a battery (although many also feature a battery to illuminate the reticle in dark conditions).

Industrial microscopes are a vital tool used for measuring, quality control, inspection, and in soldering and manufacturing. Each industrial microscope we offer uses complex designs that provide unique solutions for the inspection process and aim to improve resolution and sample contrast. Olympus industrial inspection microscopes are suited to a wide variety of analysis applications, from routine inspection to sophisticated analysis, using superb optics for industry-leading performance. We have digital microscopes and software for streamlined workflows and flexible image acquisition solutions. You will also find measuring microscopes that are versatile, reliable, and offer exceptional levels of precision. Explore Olympus industrial microscopes for high-precision inspection equipment.