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General| Magnification | 1, 000, 000x |
|---|---|
| Detectors | Everhart-Thornley detector |
| Stage Type | 5-axis motorized stage |
| Vacuum | High Vacuum |
| Applications | Materials science, life sciences, semiconductor, nanotechnology |
Describes the Apreo SEM's features and analytical potential.
Explains the main instrument components used for imaging samples.
Explains software applications, password policy, and hardware components.
Details icons, tooltips, menus, and dialogs within the software.
Presents a categorized list of available alignment procedures for the system.
Describes procedures that can run automatically with user supervision.
Details the procedure for switching the electron source on or off.
Covers procedures for setting the stage's mechanical and rotational center.
Outlines advanced alignments for the electron column, requiring supervisor access.
Details procedures for preparing and mounting samples for SEM analysis.
Provides steps for safely replacing samples in the chamber.
Explains how to adjust parameters for high-quality SEM images.
Guides users on manipulating the sample stage for positioning and navigation.
Explains how to capture dynamic experiments as video files.
Details tools for drawing patterns, measuring features, and annotating images.
Describes methods for cleaning components within the microscope column.
Details weekly checks and cleaning of the stage to ensure proper operation.
Provides instructions for refilling the instrument's water bottle for the vacuum system.
Explains the MUI device for direct manual control of microscope parameters.
Lists and describes various optional detectors that can be added to the system.
Details the Nav-Cam feature for fast navigation across large sample areas.
Explains the technique for identifying elemental composition using SEM.
Describes the process of moving a beam over a surface for material deposition or etching.
Details the system for fast and contamination-free sample transfer.
Explains equipment for reducing contamination levels in the system using liquid nitrogen.
Describes a procedure for removing thin contamination layers using plasma.
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