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Versatile Desktop Coating SystemThe Cressington 308R Multi Coater system combines a thermal evaporator and sputter coater in one single compact desktop system. It includes a 12" stainless light-weight vacuum chamber enabling optimized deposition for a wide range of materials. The advanced 308R vacuum pumping system switches between high vacuum evaporation conditions and sputtering conditions with a single touch of a button. The microprocessor controlled vacuum pumping station sets the vacuum conditions for the required application. The system does not use throttle valves and is therefore capable of maintaining high pumping speeds at all times offering maximum flexibility in a single system. Thin film coating techniques offered in the multi coater system are both DC magnetron sputtering and thermal evaporation with filaments, baskets or boats. The sputter source can be freely positioned in the vacuum chamber to optimize coating capabilities. For thermal evaporation two metal evaporation sources are provided. The 308R Flexible Multi Coater System configuration includes:
The 308R multi coater can be easily upgraded with an additional sputter source or
glow discharge cleaning head at the second output of the DC100 sputter power supply.
For co-sputtering of material each sputter source needs its own individual DC-100 power
supply.
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Ted Pella, Inc has been an authorized distributor for the complete range of Cressington vacuum coating systems for over 15 years. Cressington Scientific Instruments Ltd, based in Watford, UK develops, designs and manufactures vacuum coating systems for scanning electron microscopy (SEM), transmission electron microscopy (TEM) specimen preparation and thin film research applications. Core competencies of Cressington are vacuum technology, DC magnetron sputtering technology, electron beam evaporation technology for EM, cryo technology for EM and thermal evaporation. The Cressington products range comprises 108 series sputter coaters for standard SEM sample coating, the 108 series carbon coaters for standard EDX coating, the 208HR for field emission SEM (FESEM) sample coating, the 208C high vacuum turbo carbon coater for TEM/EBSD/microprobe carbon coating and the 308UHR and 308R-EM for ultra high resolution sample coating. The 308R vacuum coating system for thin film applications is based on a compact versatile advanced pumping station which accommodates sputtering, thermal evaporation and electron beam evaporation all in a 12" light weight stainless steel chamber. Cressington takes pride in building products which have excellent quality, are compact bench-top systems and are easy to use.