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Tescan Essence™ EBL Kit 

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Dedicated software module for high precision electron beam nanopatterning for SEM and FIB-SEM

Electron beam lithography (EBL) uses a focused electron beam to draw patterns on a resist-coated surface (covered by an electron-sensitive film). It’s widely used for prototyping micro- and nanostructures with precise shapes, dimensions, and material compositions across various substrates, including sensors, photonics, plasmonics, spintronics, MEMS, microfluidics, and cell growth surfaces. 

The Tescan Essence™ EBL Kit works with Tescan’s fast electrostatic beam blanker to deliver a fully integrated EBL solution on a standard SEM. When installed on a FIB-SEM, it enables combined electron and ion beam lithography for advanced research.

  • Seamless SEM integration: The fully integrated Essence™ EBL software module works within the familiar Tescan Essence™ interface, so there’s no need for separate equipment or complex setup, just a smooth extension of your existing workflow.


  • Designed for real-world research: Supports a wide range of applications, from photonics and NEMS/MEMS to microfluidics and cell growth surfaces.


  • Precision without complexity: Z-leveling through beam refocusing, proximity error correction through fracture-free exposition for accurate and reproducible patterning.


  • Efficient from design to exposure: Avoid field stitching errors and exposure defects by tailoring your EBL exposure strategy during multifield exposures. 

Where Tescan Essence™ EBL Kit Makes the Difference

Integrated EBL Workflow  

  • Perform EBL directly on a Tescan SEM and FIB-SEM systems.

  • Use the EBL kit directly within the familiar Essence™ software GUI.

  • Combine with FIB-based lithography for multipurpose nanoprototyping. 

Flexible Pattern Design 

  • Supports mixed technologies: EBL, UV lithography, and direct write laser lithography. 

  • Full compatibility with GDSII hierarchical data format.

Exposure Optimization

  • Z-leveling through beam refocusing compensates for sample tilt. 

  • Technical layers are used to set up write field positions, reducing stitching errors in critical features. 

  • High-speed high speed patterning engine for fast and accurate exposures. 

  • Beam current control and spot size estimation optimize conditions. 

  • Proximity error correction for high fidelity patterning.

Planning Tools 

Offline exposure time simulation for better time management and instrument scheduling.

Advanced Performance

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AI-powered automated workflow

The AI-driven automated lamella preparation reduces human error, shortens training time, and enables reliable unattended operation. The automation is realized through the TEM AutoPrep™ Pro software module and the OptiLift™ nanomanipulator, forming a fully integrated system that delivers fast lamella preparation while ensuring consistent quality.

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Ultimate quality of TEM lamellae 

A fully integrated Aura™ Gentle Ion Beam enables precise final polishing and gentle low-keV Ar⁺ cleaning of TEM lamellae directly inside the AMBER 2 FIB-SEM, minimizing amorphous damage and surface Ga+ contamination.

This built-in solution provides direct, real-time control over the polishing process, ensuring the highest sample quality and optimal results in TEM lamellae preparation, even for the most challenging materials. 

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Tescan Orage 2 APPLICATION EXAMPLES

 

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Tescan Nanomanipulator

Technical highlights
Compatible with all Tescan FIB-SEM systems

X, Y, and Z axis manipulation

Reliable in-situ TEM lamella lift-out

Smooth, low-vibration performance

Easy probe tip replacement using the removable arm

Compatible with all Tescan FIB-SEM systems

X, Y, and Z axis manipulation

Reliable in-situ TEM lamella lift-out

Smooth, low-vibration performance

Easy probe tip replacement using the removable arm

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Where you can find us:

Tescan Brno
Libušina třída 21
623 00 Brno
Czech Republic



info@Tescan.com 

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