for TEM, Microprobe, FESEM and EBSD
Rotary-Tilting (R-T) stage; this stage is mostly used for larger samples on the 208C and 108carbon/SE coaters. It is also useful for shadowing techniques on the 208C high vacuum turbo carbon coater. The R-T stage is configured to accommodate standard 1" x 3" glass slides commonly used for making carbon support films.
Both the R-P-T and R-T stages are built into a 150mm diameter mounting collar to enable rapid configuration modifications. Also included are glass and metal spacers for chamber height adjustment, variable rotation speed control, and external tilt adjustment with locking lever. (Note: Tilt adjustment is 0-90Â° w/o thickness monitor sensor, but limited to 0-60Â° when the thickness monitor sensor is fitted).
The 208C High Vacuum Turbo Carbon Coater from Cressington offers high quality carbon coating techniques for TEM, STEM, SEM, EDS/WDS, EBSD and microprobe applications. The compact, turbo pumped system requires only a standard power outlet and occupies minimal bench top space. The practical chamber size of 150mm diameter allows for rapid pump down and coating cycle times of around 10 minutes. The use of ultra purity carbon rods in a high vacuum chamber gives the high quality coating needed for critical TEM, EBSD, high resolution SEM and microprobe work. The modular design permits rapid change between a variety of applications with optimized conditions.
Optional Accessories for the 208C:
Main Features of the 208C:
Carbon Evaporation Supply
The 208C uses a unique fully integrated electronic feedback-controlled power design for the rod fed Bradley type carbon evaporation source. Current and voltage are monitored by sensor wires in the evaporation head where the evaporation source is part of the feedback loop. This feature gives the conventional rod fed carbon source unusual stability and reproducibility. The carbon source uses two-step ultra pure carbon rods. The evaporation source can be operated in manual "pulse" or manual "continuous" modes. The pulsed mode, when used in conjunction with the optional MTM-10 high resolution thickness monitor, gives absolute control over the desired thickness of the carbon coating. The automatic mode lets the user set the voltage and time, which together with the two-step rods gives consistent coating combined with ease of operation.
208C Specimen Chamber and Optional Special Stages
The modular design of this practical-size chamber accepts two optional stages, which can be readily implemented. With the addition of one of these stages, the telescopic pillar gives a simple, rapid adjustment from long to short working distances to change the deposition rate. For SEM, EDS/WDS and microprobe analysis applications, the Rotary-Planetary-Tilting stage with variable speed, adjustable tilt and 4 specimen holders ensures uniform coating on multiple samples. The Rotary-Tilting stage is specifically designed for TEM and analytical applications and holds a 25 x 75mm (1 x 3") glass slide. Both stages are mounted on a mounting collar and can be readily implemented in the chamber.
with Adjustable Tilt (#9524)
Rotary-Tilting Stage (#9660)
9660 - Rotary-Tilting (R-T) Stage (variable speed 9V battery powered), each
*The MTM-10 High Resolution Thickness Monitor System includes: MTM Controller Box, BNC Cable, Oscillator, Vacuum feedthrough; Cables; Crystal Holder, Test Crystal; Instructions
*RPT: Rotary-Planetary-Tilting Stage
* The High Vacuum Turbo Coater includes: Microprocessor based, feedback controlled power supply with vacuum safety interlock; Automatic and manual evaporation control; Digital timer/voltage setting display; Analog vacuum and Amps display; Fully integrated all-metal vacuum pumping system with 67 l/sec. turbo pump on ISO 63 flange and a 3 or 2.5 cu. m/hr. rotary pump, mounted on an anti-vibration table, stainless steel flexible vacuum hose and QF16 connection system; Glass chamber: 150mm dia. x 150mm H; Telescoping top plate support; Rapid source offset adjustment; Operation manual.