In-situ SEM tensile stage for heating and cooling

The SEM in-situ tensile heating–cooling stage enables microstructural observation of materials under tensile or compressive loading at elevated and reduced temperatures. It is primarily designed for research in areas such as organic polymers, nanomaterials, metallic materials, and composite materials, and serves as an essential tool for investigating the mechanical properties of new materials.

Technical Specifications Product Features Download Materials

Product model	TS600E-SEM	TT1000E-SEM
Cooling method	Liquid nitrogen	None
Temperature range	-190℃~600℃	RT~1200℃
Temperature resolution	0.01℃	0.01℃
Temperature control accuracy	±0.01℃	±0.01℃
Maximum heating rate	50℃/min	100℃/min
Maximum cooling rate	-25℃/min	Natural cooling
Sample stage material	Silver	Aluminum nitride ceramic
Heating element	Heating rod	Platinum wire heater
Temperature sensor	Platinum resistance thermometer	Type S thermocouple
Cavity dimensions	110mm(W)185mm(D)40mm(H)	220mm(W)140mm(D)70mm(H)
Cavity net weight	1kg	3kg

1. Compact structure and small footprint, facilitating integration with microscopes and other instruments;

2. Wide temperature range, from liquid nitrogen temperatures at the low end to as high as 1000°C at the upper end;

3. Precise displacement control, with a maximum tensile force of 500 N, enabling a variety of mechanical tests including compression, tension, and fatigue.

4. Operated via computer software, featuring a rich interface and excellent human–machine interaction.