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Automated Imaging Classroom – Educational Videos

Dover Motion CTO, Kevin McCarthy dives into motion control concepts and calculations for imaging applications.

Limitations of Piezo Stages

 

Piezo stages are a unique class of actuators that can be a valuable tool, though they are often plagued with issues of high cost with limited travel, speeds, and bandwidth. In this video Kevin explores different Piezo actuator technologies and contrasts them to linear motor stages. If you prefer to read the article, the full transcript along with pictures and diagrams is available.

Automated Digital Microscope Concepts for Fluorescence Imaging

 

Modern life science and diagnostic instruments rely on automated digital microscope technologies. When designing these complex systems, there are a lot of options to consider. In this video, Kevin will explain the XY stage for sample positioning, and Z stage for precision microscope objective focusing motion. Since many applications require fluorescence imaging, we will cover the basic concepts and components that make fluorescence work.

Microscope Calculations Explained: Field Of View, Depth Of Field, Numerical Aperture

When designing automated digital microscopy instruments that include imaging, high resolution images and fast throughput are critical. In this video, Kevin will explain key optical imaging formulas and how they can help optimize your automated digital microscopy imaging application. Topics that will be covered are selecting the right type of sensor and sensor size, magnification, field of view, pixel size, resolution, depth of field, and numerical aperture for digital microscopy.

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