Bal-Tec Med 020 high vacuum coating system

 6.320,00 excl. tax

2 in stock

SKU: EXT 9262 Category:

Bal-Tec Med 020 high vacuum coating system

Visualization of structural details in FE-SEM requires optimal conductivity. One step in the preparation of specimens for FE-SEM is coating the sample with a conductive material. The MED 020 is a precision modular high-vacuum coating system for planar magnetron sputtering and carbon thread, carbon rod, evaporation applications. A quartz crystal film thickness monitor ensures highest reproducibility of sputtered or evaporated layers by precisely measuring film thickness and coating rates. The rotary-planetary-tilting stage provides shadowing at pre-selectable coating angles, multiple angle movements, and rapid configuration modifications. This system will be primarily used to provide very fine grained sputter or evaporated carbon coatings for samples viewed with our Helios 650 instrument but can be used for TEM sample preparation as well as vacuum coatings for various applications in optics, physics, or electronics.

Additional Information:

  • High-Vacuum Sputtering — A cooled planar magnetron sputtering device with electron deflection produces uniform and reproducible metal coatings. Very fine-grained metal films with film thickness adjustable to 1 nm. Foil targets available include Au, Au/Pd, Pt, Cr, Ti, Ir, Tn.
  • EM QSG 100 quartz crystal film thickness monitoring system ensures highest reproducibility of sputtered or evaporated layers by precisely measuring film thickness and coating rates.
  • Rotary-planetary-tilting stage — allows coating of uneven samples at pre-selectable coating angles, multiple angle movements.
  • Carbon rod evaporation — creating conductive carbon films on specimens for X-ray microanalysis. Normal, portrait, rotary, and low angle shadowing. Fine-grained carbon coatings for high-resolution TEM/SEM. Replicas, interference coatings, and multiple layer metal and non-metal systems.

 

Quote notes

Weight 0,0 kg
Condition

Used, in good condition

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