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All biological specimens from the thinnest cell monolayer’s to large whole organisms inherently have some level of thickness. Historically, the only way to get clear microscopic images of a thicker sample was to physically cut very thin sections. However, the faster and more reliable way to get clear images is to use an optical sectioning microscope.
Carl Zeiss has always pioneered advances in the field of optical sectioning and continues to do so.
Today, by introducing next generation techniques, Carl Zeiss has the largest family of optical sectioning microscopy techniques available. All that remains is to pick the right system for your application.
Flexible systems represent the most widely used optical sectioning techniques. With their flexibility in instrument configurations these systems are essential tools for any imaging facility.
Multiphoton systems, either as high end LSM systems or as dedicated Multiphoton systems provide the only way to image deep inside live biological samples.
Fast imaging systems are focused on providing the very high frame rates and sensitive detection necessary for imaging moving live samples.
These two complimentary techniques offer resolutions simply unattainable by more traditional microscopy whilst maintaining biologically appropriate speed and sensitivity.
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