• Versatility by Design

Microscopy & Microtechniques

Versatility by Design

Jan 28 2008

The wide variety of high-performance, easy-to-use digital camera systems from Olympus offers users a specialised solution for any demanding life science and industrial microscopy imaging application. Each Olympus camera system has been integrated with state-of-the-art technologies, which allows users to achieve excellent image quality as seen through the microscope eyepieces.

The Olympus digital camera range for microscopy offers outstanding, high-quality imaging systems for all life and materials science procedures, from pathological examination to inspection of electronic parts and industrial materials. Whether users need true colour fidelity, high-resolution capabilities, pixel-precise black & white capture or the versatility to image in both colour and monochrome, there is a dedicated Olympus digital camera for their requirements.

For high-quality colour reproduction and resolution, the Olympus range includes the DP20, DP25, ColorView I, II and IIIu, ColorCube CC-12 and cameras offer a wide variety of features and superior technologies, such as ultra-fast frame rates, ICC profiles for colour fidelity, and up to three pixel binning levels. These features mean that all Olympus digital colour camera systems provide outstanding quality and enable real-time true colour reproduction. In addition, they are excellent for both brightfield applications and a broad range of microscopy and imaging digital documentation processes.

Even though fluorescence microscopy is ultimately concerned with using the best combinations of excitation and emission spectra of dyes, the cameras used for the fluorescent microscopy imaging are designed to provide maximum sensitivity and clarity. The Olympus black & white camera range includes the F-View II and DP30BW, with features such as fast frame rates and CCD readout speeds, high-resolution and extreme sensitivity. These provide clear and dependable fluorescence microscopy images, minimising the chances of cell damage and fluorescence fading.

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