Buried structures prepared for broad ion beam milling

Multi-tool capabilities offer the right accessory for each process step, precisely honing in on your area of interest, and accurately positioning tool rotation and tilt angle. 

Precise pre-cutting uncovers structures buried in the sample and shortens ion beam milling time by removing unwanted material.

Image adapted from Wang Yan et al., Comparative microstructural study on the teeth of Mesozoic birds and non-avian dinosaurs R. Soc. Open Sci.10230147 http://doi.org/10.1098/rsos.230147; https://creativecommons.org/licenses/by/4.0/

The dentin morphology of Microraptor. The black arrows indicate the odontoblast processes (labelled as ‘odp’) exposed in cross-section.
The dentin morphology of Microraptor. The black arrows indicate the odontoblast processes (labelled as ‘odp’) exposed in cross-section.

Fine-polished cross-section surface

  • Prepare surfaces that meet your precision needs of light microscopy inspection.
  • Precisely polish cross-section surface for visual inspection.
  • Reveal your sample structure safely under stereo microscope observation. 

Credits: Images Kurt Fuchs Photo Design. Photos taken by the Christiansen research group team in the Leica Microsystems Reference Laboratory at INAM/IKTS premises in Forchheim, Germany

Sample polishing in EM TXP.

Simply bring your sample through the workflow

Increase efficiency and reduce handling steps with sample support compatibility. Use the same holder for EM TXP and EM TIC 3X for the whole surface preparation workflow. Keeping consistent sample mounting and orientation through the entire preparation process decreases the risk of sample damage and misalignment. 

Hard sample cross-sectioning using flat sample holder and diamond disc saw with 30µm grain size.
Hard sample cross-sectioning using flat sample holder and diamond disc saw with 30µm grain size.
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