Polarizing Microscope Heating and Cooling Stage

The sample stage of the polarizing microscope’s temperature‑controlled stage is movable along the X and Y axes, facilitating convenient sample observation; alternatively, the translation stage can be removed to minimize the overall footprint. This model supports both ambient‑atmosphere and vacuum‑pumping testing and can be equipped with electrical test connectors. Its compact design features a lightweight, thin chamber and a streamlined structure, making it compatible with polarizing microscopes from various manufacturers. It is well suited for analyzing geological inclusions, organic polymers, and other types of samples.

Technical Specifications Product Features Download Materials

Model number	TES120T-PM	TES180T-PM	TS300T-PM	TS600T-PM	TT600T-PM
Cooling method	Semiconductor		Liquid nitrogen	Liquid nitrogen	None
Temperature range	-30℃ to 120℃	-20℃ to 180℃	-190℃ to 300℃	-190℃ to 600℃	RT to 600°C
Temperature resolution	0.1℃		0.01℃	0.1℃
Temperature control accuracy	±0.1℃		±0.01℃	±0.1℃
Maximum heating rate	50℃/min		50℃/min		150℃/min
Maximum cooling rate	-40℃/min		-30℃/min		Natural cooling
Sample stage material	Aluminum alloy		Silver-plated
Sample stage size			Φ16mm
Maximum amplitude			≤2um
Clear aperture diameter			Φ2mm
Front observation window size			Φ18mm
Minimum objective working distance	4.5mm
Minimum condenser working distance	12mm
X- and Y-axis travel distances	±6mm
Displacement resolution	0.01mm
Displacement resolution	1409520mm
Cavity net weight	1kg
Supporting facilities	A2101 (adsorption pen), A2102 (quartz slide), A2408 (traceless double-sided adhesive)

Ultra-thin body: Compatible with various polarizing microscopes, without altering the original optical path.
Wide temperature range + High precision: Meets a wide range of experimental requirements, with stable and reliable temperature control.
The sample stage is flexibly configurable and can be designed as X 、 Y Axis‑movement style; you can also disable the movement module to achieve minimal footprint.
Wide applicability: suitable for use in fields such as geology, organic chemistry, and biomedicine.
Can be tested under atmosphere or in a vacuum.