Achieving High Quality Images of Non-Conductive Samples via SEM with the ION COATER

During SEM analysis, the specimen is irradiated with an electron beam and that causes a buildup of electric charges on the surface of the specimen and the quality of images decreases. Therefore in order to acquire high quality images of non-conductive samples via SEM, it is essential to form a conductive layer on the surface.

The conductive coating prevents the sample from the surface charge and provides a ground‐potential surface, so that electric fields outside the sample are removed.

To prevent charge buildup on the surface of the non-conducting specimen, an ultra-thin coating of electrically-conducting metal - such as chromium (Cr) gold (Au), platinum (Pt), silver (Ag), gold/palladium (Au/Pd), or iridium (Ir) - is required. This process is called Ion-Sputter Coating. Inovenso ION COATER is suitable to use with all SEMoscope Desktop Scanning Electron Microscope versions.


. .
Power Consumption AC100 V – 240 V (50/60 HZ), 500 W (Rotary Included)
Target AU& PT (Guarantee)
Target Size 50 mm
Rotary Pump 50 L/minute (60 Hz), AC 220 V, 150 W, 14.5 kg
Diameter Of Target 50.8 mm
Ionization Current 0~9 mA
Operating Vacuum About 0.1 Torr
Maximum Ion Voltage ~ 1 KV
Chamber Size 100 mm [Dia]
Dimension 420(W)*220(D)*230(H) mm

Other Equipment by this Supplier