TEM
Straining In-Situ Holders
Quantify microstructural changes in materials due to applied mechanical loading.
- Single push-button operation starts or stops the elongation process
- Gear reduction needed to provide small displacement rate required in TEM studies is achieved using a 2190:1 low-backlash, spur gear train followed by a 40:1 reduction precision worm and wheel drive
- Hexlok™ specimen securing mechanism provides firm and secure clamping of the tensile specimen
1See datasheet for comparison.