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AutoScript TEM Software scripting environment
Thermo Scientific AutoScript TEM Software is a scripting environment combining a TEM-specific Python API with the Python editor. Thermo Scientific software packages for electron/ion microscopy, such as Maps Software and Tomography Software for automation and for mapping, are great for making collection of standard information easy. However, industrial automation and fundamental research often require advanced techniques for imaging and analysis that cannot be covered in the scope of general purpose software. AutoScript TEM Software provides access to the microscope controls in a Python environment to define your application tailored to the question at hand.
Automated electron microscopy workflows
AutoScript TEM Software for TEM is the customization toolkit tor transmission electron microscopes. Built around Python, it provides you the power to automate workflows and associated processing pipelines built to solve specific research questions.
AutoScript TEM Software:
- Provides a direct link between research needs and microscope automation.
- Enables improved reproducibility and accuracy.
- Focuses time on the microscope for higher throughput.
- Empowers new scientific results.
Key features
Automated electron microscopy and TEM imaging
Integrated IDE
An integrated development environment (IDE) makes it easy to get up and running with AutoScript TEM Software. Object browsing and syntax tools with auto completion are all included to ensure a rich user experience and rapid, consistent scripting framework.
Python
Harness the power of your microscope using the most popular scientific programming language. AutoScript TEM Software is built on Python 3.11 and includes a number of pre-installed libraries for scientific computing, data analysis, data visualization, image processing, and machine learning.
Formatvorlage für Produkttabellen-Spezifikationen
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Style Sheet for Komodo Tabs
AutoScript TEM Software microscope status and controls
- Optics (mode, beam shift, tilt, magnification, rotation).
- Control of Thermo Scientific Selectris Energy Filter.
- Stage (movement, position read-out) including piezo stage.
- Apertures.
- Vacuum (state), column valves controls.
- Lorentz mode support.
AutoScript TEM Software for image acquisition
- Acquisition (camera and detector control, single image or a sequence, simultaneous acquisition from multiple detectors or segments).
- TEM image acquisition with Thermo Scientific Ceta, Falcon (including counting mode), and SmartCam Cameras.
- STEM detectors (insert, retract, gain, offset, individual segments).
- STEM image acquisition with Fischione HAADF, Panther STEM, or Thermo Scientific BF/DF detector.
- Acquisition from any segment or combination of segments of Panther STEM.
- 4D STEM acquisition with Ceta camera (if 4D STEM option purchased).
- Access to control of the lens currents (optional license).
- Post processing of images using integrated Vision Toolkit package.
AutoScript TEM Software for Analytical signal acquisition (optional license)
- EDS Spectra acquisition with Super-X, Dual-X or Ultra-X.
- EDS Spectrum Image acquisition with Super-X, Dual-X or Ultra-X.
- EELS Spectra acquisition with Iliad.
- EELS Spectrum Image acquisition with Iliad.
- Recording to Emd file format supported.
AutoScript TEM Software auto-functions
- TEM autofocus and astigmatism correction.
- STEM autofocus including access to OptiSTEM/AutoSTEM (if purchased).
- AutoComa correction.
- AI processing available with Scikit-learn.
An optional offline mode is available to provide simulation of the microscope. Scripts can be tested offline on user PCs before going to the microscope. Regular updates available with new functionality. For latest information please check: https://emportal.swd.thermofisher.com/product-detail/AutoScriptTEM.
See also AutoScript TEM Examples https://emportal.swd.thermofisher.com/AutoScriptTEM-example-scripts.
Feature based image segmentation (geological sample).
Compensation of thermal drift during a bulk heating experiment.
Example how to acquire STEM image from12 segments of Panther STEM and HAADF simultaneously
Example of the tile acquisition in TEM. Please also check STEM tiled acquisition script
Example of the tile acquisition in STEM
Example of the work with apertures
Display image metadata
Example of focus series acquisition
Feature based image segmentation (geological sample).
Compensation of thermal drift during a bulk heating experiment.
Example how to acquire STEM image from12 segments of Panther STEM and HAADF simultaneously
Example of the tile acquisition in TEM. Please also check STEM tiled acquisition script
Example of the tile acquisition in STEM
Example of the work with apertures
Display image metadata
Example of focus series acquisition
Prozesskontrolle mittels Elektronenmikroskopie
Die moderne Industrie verlangt einen hohen Durchsatz bei erstklassiger Qualität. Diese Balance wird durch eine robuste Prozesskontrolle aufrechterhalten. REM- und TEM-Geräte mit spezieller Automatisierungssoftware bieten schnelle, mehrskalige Informationen für die Überwachung und Verbesserung von Prozessen.
Qualitätskontrolle und Fehleranalyse
Qualitätskontrolle und Qualitätssicherung sind in der modernen Industrie von entscheidender Bedeutung. Wir bieten eine Reihe von EM- und Spektroskopiegeräten für die mehrskalige und multimodale Analyse von Mängeln, mit denen Sie zuverlässige und fundierte Entscheidungen für die Kontrolle und Verbesserung von Prozessen treffen können.
Grundlagenforschung in der Materialforschung
Neuartige Materialien werden in immer kleineren Dimensionen untersucht, um ihre physikalischen und chemischen Eigenschaften bestmöglich zu kontrollieren. Die Elektronenmikroskopie gibt Forschern wichtige Einblicke in eine Vielzahl von Materialeigenschaften auf der Mikro- bis Nanoebene.
3D-Materialcharakterisierung
Die Entwicklung von Materialien erfordert oft eine 3D-Multiskalen-Charakterisierung. DualBeam-Geräte ermöglichen das serielle Schneiden großer Volumina und die anschließende REM-Bildgebung im Nanometerbereich, die zu hochwertigen 3D-Rekonstruktionen der Probe verarbeitet werden kann.
Mehrskalenanalyse
Neuartige Materialien müssen mit immer höherer Auflösung analysiert werden, wobei der größere Kontext der Probe erhalten bleiben muss. Die Mehrskalenanalyse ermöglicht die Korrelation verschiedener Geräte und Modalitäten zur Bildgebung wie Röntgen-Mikro-CT, DualBeam, Laser-PFIB, REM und TEM.
3D-Materialcharakterisierung
Die Entwicklung von Materialien erfordert oft eine 3D-Multiskalen-Charakterisierung. DualBeam-Geräte ermöglichen das serielle Schneiden großer Volumina und die anschließende REM-Bildgebung im Nanometerbereich, die zu hochwertigen 3D-Rekonstruktionen der Probe verarbeitet werden kann.
Mehrskalenanalyse
Neuartige Materialien müssen mit immer höherer Auflösung analysiert werden, wobei der größere Kontext der Probe erhalten bleiben muss. Die Mehrskalenanalyse ermöglicht die Korrelation verschiedener Geräte und Modalitäten zur Bildgebung wie Röntgen-Mikro-CT, DualBeam, Laser-PFIB, REM und TEM.
Style Sheet to change H2 style to p with em-h2-header class
Electron microscopy services for
the materials science
To ensure optimal system performance, we provide you access to a world-class network of field service experts, technical support, and certified spare parts.
