Heating and cooling stage-Product Center-Congtical Technology

Magnetic (Hall Effect) Heating and Cooling Stage

A cryogenic–heating chamber designed for magnetic-field environments, with the sample stage and surrounding components all fabricated from nonmagnetic materials, enables a broad temperature range from liquid‑nitrogen temperatures up to 500°C. Additionally, a chamber mounting bracket is provided to facilitate integration with electromagnets and permanent magnets. Accessories: A2507 (vertical magnetic-field chamber mounting plate).

High-Pressure Cell/Chamber

High temperature and high pressure can be used to simulate the effects of extreme conditions in natural environments on material properties, and are applicable to the study of combustible ice and organic solutions under such conditions.

Piezoelectric Probe Heating and Cooling Stage

A single-molecule conductance measurement chamber, optionally equipped with a thermoelectric or liquid‑nitrogen cryogenic stage. The sample is mounted on a piezoelectric translation stage, with a complementary piezoelectric probe positioned above it. Additionally, an optical observation window is integrated on the rear of the chamber, enabling the detection of faint optical signals.

Atomic Force Microscope (AFM) Heating and Cooling Stage

Ultra-thin thermoelectric heating–cooling stage, designed for use with an atomic force microscope;

Two-Window Spectrometer Heating and Cooling Stage

The sample is loaded and unloaded using a screw‑cap design. The wide temperature‑control range makes it suitable for studying the optical properties of various materials (see Appendix 11.3). The window can be fitted with different types of optical windows, and the chamber can be equipped with a custom‑designed mounting plate tailored to spectrometer models from different manufacturers. Accessories: A2402 (spectrometer circular‑cavity mounting plate), A2404 (optical‑bench circular‑cavity bracket), A2501 (XYZ‑axis translation stage).

Multi-Window Spectrometer Heating and Cooling Stage

This is a vertical‑cavity liquid‑nitrogen‑cooled temperature stage. It features multiple observation windows, enabling convenient collection of light from various directions, and can be used in conjunction with a spectrometer to perform transmission or reflection measurements on samples. It is widely employed in the study of optical and electrical properties of materials such as organic compounds and perovskites.

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