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The terms monocular, binocular, and trinocular refer to the different types of microscope heads, each offering a distinct way of viewing the specimen.

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A trinocular microscope head combines the benefits of binocular viewing with the capability to capture digital images or videos of specimens. It is particularly suited for advanced research, educational purposes, and industrial applications where precise imaging and documentation are essential.

Illuminate your subjects with brilliance. Our microscopes feature advanced lighting technologies, providing the perfect balance for optimal observation, even in low-light conditions.

Compound microscopes are suited for detailed examination of microscopic structures, while stereo microscopes are more appropriate for observing larger objects in three dimensions and for tasks that involve manipulation and dissection.

The highly contested space environment demands secure, reliable, and resilient communications. CACI’s low-risk optical communication, sensing, and processing technology enables the success of some of our nation’s most critical missions from the battlefield to deep space.

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Witness the microscopic world in stunning detail with our high-quality optics. Every slide comes to life with crystal-clear clarity, allowing you to delve into the intricacies of biology, chemistry, and beyond.

CACI’s laser communications technology is aboard NASA’s Psyche spacecraft, a first-of-its-kind deep space and optical communications (DSOC) technology demonstration mission to the Psyche asteroid.

Magnification is the process of enlarging the appearance of an object, making it look bigger than its actual size. In optics, it is the ratio of the size of the image produced by a lens or microscope to the actual size of the object being viewed.

Regardless of the satellite manufacturer, CACI is often the secret ingredient to the most successful optical communications missions. We bring a rare synergy of research and development coupled with our valuable intellectual property to meet ever-increasing mission demands.​

A phase contrast microscope is an optical microscope designed to enhance the contrast of transparent and colorless specimens without the need for staining. It works by exploiting differences in the refractive index of different parts of the specimen, transforming these differences into variations in light intensity.

Magnification works by bending light through lenses or using digital technology to enlarge the appearance of an object, allowing for detailed observation and analysis.

Provides high magnification (up to 1000x or more) and high resolution for viewing fine details of cells, tissues, and microorganisms.

Commonly used in biological research, medical diagnostics, and educational settings for detailed examination of specimens.

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CACI’s optical technologies enable highly secure communications in RF-challenged, restricted, or denied environments. Optical carrier frequencies can transmit more data with lower SWaP than comparable RF systems. Our optical technology has deployed onboard missions such as NASA’s integrated laser communications relay demonstration (LCRD) Low Earth Orbit User Modem and Amplifier Terminal (ILLUMA-T) now operating on the International Space Station.

A Compound Microscope is a type of optical microscope that uses multiple lenses to magnify small objects. It consists of two sets of lenses: the objective lens, which is closer to the specimen and provides the initial magnification, and the eyepiece lens, which further magnifies the image for the viewer's eye. Light passes through the specimen and is magnified by the objective lens, then further magnified by the eyepiece lens, resulting in a highly magnified image visible to the observer. Compound microscopes are commonly used in biology, medicine, and other scientific fields for viewing cells, tissues, and other small structures.

A microscope is a scientific instrument used to magnify and observe objects that are too small to be seen with the naked eye. It works by focusing light or electrons to create an enlarged image of the specimen.

CACI’s laser communications technology is aboard NASA’s Psyche spacecraft, a first-of-its-kind deep space and optical communications (DSOC) technology demonstration mission to the Psyche asteroid.

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A specimen is a sample or example used for scientific study. It can be anything from biological tissues to materials, examined under a microscope or other instruments for analysis.

Acktar™ offers Fractal Black™, a low reflectance, high emissivity coating for straylight suppression from the UV through LWIR.

Microscope objectives are vital lenses that determine the magnification, resolution, and quality of the images produced by a microscope. They come in various types and magnifications, each suited for different applications and levels of detail, making them indispensable in scientific research, medical diagnostics, and educational settings.

Whether it’s for land, air, or space, our people continually develop new applications for a range of missions – from tactical operations to national intelligence needs.

Our technologies increase efficiency through tradeoffs between range and bandwidth and enable low probability of intercept (LPI) and low probability of detection (LPD) with reduced size, weight, and power (SWaP) and inherent immunity to radio frequency (RF) interference and jamming.

Read Linda Braun’s latest commentary, “Lighting the Future: How CACI is Revolutionizing Optical and Photonic Solutions,” to learn more about our advancements in optical communications for our defense, intelligence, and other national security customers.

Optical aberrations are performance deviations from idea gaussian optics due to the inherent nature in which light refracts at a spherical surface.

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A binocular microscope head utilizes two eyepieces for simultaneous viewing with both eyes, providing enhanced comfort, depth perception, and superior image quality. Ideal for professional and research settings requiring detailed observation, its design minimizes eye strain and enhances ergonomic support compared to monocular microscopes.

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Uses two separate optical paths with two objective lenses to provide a stereoscopic (3D) view of larger, opaque specimens.

CACI’s CrossBeam was the first Space Development Agency (SDA)-compliant terminal to successfully complete optical communication terminal (OCT) interoperability testing - establishing a consistent data communication link with the reference modem.

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CACI’s laser sensing technology enables near-term airborne and space light detection and ranging (LiDAR) applications mainly for intelligence, surveillance, and reconnaissance (ISR) missions, where there is an increased need for wide-area surveillance and long-range object identification.

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Capable of high magnification, which is achieved through the combination of the objective lens (typically 4x, 10x, 40x, and 100x) and the eyepiece (usually 10x).

CACI’s CrossBeam was the first Space Development Agency (SDA)-compliant terminal to successfully complete optical communication terminal (OCT) interoperability testing - establishing a consistent data communication link with the reference modem.

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A darkfield microscope is a type of optical microscope that provides high contrast images of unstained specimens by using scattered light. The specimen appears bright against a dark background

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AmScope exclusive ALL-IN-ONE 3D DIGITAL INSPECTION MICROSCOPE. View different angles and perspectives of objects with ease.

Navigate effortlessly through magnification levels and focus adjustments. Our microscopes feature intuitive controls, allowing you to concentrate on your research without the hassle of complicated settings.

CACI’s optical technologies enable highly secure communications in RF-challenged, restricted, or denied environments. Optical carrier frequencies can transmit more data with lower SWaP than comparable RF systems. Our optical technology has deployed onboard missions such as NASA’s integrated laser communications relay demonstration (LCRD) Low Earth Orbit User Modem and Amplifier Terminal (ILLUMA-T) now operating on the International Space Station.CICADA® PDF

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Used in fields like biology, geology, entomology, electronics assembly, and manufacturing for tasks requiring manipulation and examination of objects in three dimensions.

CACI’s optical communication, sensing, and processing solutions are the U.S. government’s preferred choice for secure communications across several orbits and missions.

A stereo microscope, also known as a stereoscopic or dissecting microscope, provides three-dimensional viewing of larger, opaque specimens through dual optical paths with objective lenses. It offers lower magnification (typically 5x to 40x) than compound microscopes but enhances depth perception. Ideal for tasks in biology, geology, and manufacturing, it allows comfortable, extended viewing with ergonomic adjustments.

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CACI produces advanced photonics-based communications, sensing, and processing technologies for space, air, land, and maritime environments. These include optical modems and terminals; high-power sources for free-space optical (FSO) communication and remote sensing; and space exploration systems.

Our multi-disciplinary teams, located in California, Florida, and New Jersey, design and build the most mature optical communications technologies right here in the United States. For more than two decades, we have developed advanced capabilities that meet and exceed U.S. government requirements​ – and are ready to deploy in support of deep space exploration and space operations from a variety of orbits, including low earth (LEO),  medium earth (MEO), highly elliptical (HEO), and geostationary (GEO).

A monocular microscope head is a basic type of microscope head with a single eyepiece, ideal for cost-effective and straightforward applications. It is particularly useful in educational settings and for beginners, but it can lead to eye strain over long periods and lacks the depth perception provided by more advanced binocular and trinocular heads.

CACI’s laser sensing technology enables near-term airborne and space light detection and ranging (LiDAR) applications mainly for intelligence, surveillance, and reconnaissance (ISR) missions, where there is an increased need for wide-area surveillance and long-range object identification.

Compound Magnification is calculated by multiplying the magnification of the objective lens by the magnification of the eyepiece.