More movement in neuroscience microscopy

13th December 2016
Posted By : Anna Flockett
More movement in neuroscience microscopy

 

A method to precisely move microscopes while allowing the sample to remain stationary, has been provided in the new ZDP50K Translation Stage from Prior Scientific, and is compatible with all modern research microscopes. 

In many neuroscience applications, especially those involving electrophysiology, it is essential that your sample remain as stationary as possible as vibration and movement can disrupt cellular observations and recording.

However, experiments may require the ability to move the field of view. By using the translation stage from Prior Scientific, researchers can quickly, yet precisely, move any modern research microscope of up to 60kg in weight to a desired position and quickly return to areas of interest without moving their sample.

The translation stage provides unmatched quiet and smooth movement with zero backlash operation over a travel range of 50x50mm of travel, with repeatability of 3µm and a step size of 0.02µm. Such precise motorisation allows you to quickly position the microscope for recording and imaging.

The translation stage is controlled via the OptiScan III control system, and is seamlessly compatible with the Prior Z-Deck Electrophysiological Platform.


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