SURFACE systems + technology GmbH & Co. KG
SURFACE nanometrology
SURFACE nanometrology News Ticker:
New: Market launch of our sm@rt 500 nanoindenter system. Small in design - big in performance.
SURFACE nanometrology News Ticker:
New: Micro controller controlled Humidity Controller for material science investigations
New: 200 mm automated vacuum chuck for the G200 nanoindenter allows measurement of the entire wafer surface under constant measurement conditions (frame stiffness)
SURFACE PLD Technology News Ticker:
New: Battery Workstation delivered to Cambridge University , GB. It combines three different physical coating processes with a glove box: PLD, sputtering, thermal evaporation and all on a single standard workstation system frame
New: Insitu- Beamline PLD System installed at Karlsruhe KIT allows unique thin film investigations in the synchrotron beam

UHV Transfer Tunnels

Key Features

  • Connect different UHV chambers
  • Sample surface contamination is avoided by maintaining UHV environment
  • Linear tunnel design bridges even wide gaps
  • Customized transfer stages connect UHV systems from different manufacturers

Deposition and Analysis without Breaking the Vacuum

For many thin film analysis techniques, surface contamination of the sample caused by the exposure to ambient air is not acceptable. Also when combining different film deposition processes, a transfer of the sample through air is not acceptable because of the lowered film interface quality.

UHV Transfer tunnels designed by SURFACE can solve this problem by connecting vacuum tools from different manufacturers with each other to provide a transfer path for the sample without breaking the UHV environment. Linear transfer tunnels are able to bridge even wide gaps between vacuum systems. With customized sample transfer modules, also systems with different sample holding mechanisms can be joined.

SURFACE UHV transfer tunnels are designed based on your requirements, so please contact us for more information.

Product Photos

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Saturday, 2020-09-26  09:28