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Tensile Heating and Cooling Stage

The thermomechanical testing platform is widely used in scientific research for investigating the mechanical properties of materials. It can perform tensile, compressive, and other mechanical tests on a variety of materials, including metals, inorganic compounds, and polymers, making it an essential tool for studying the temperature‑dependent mechanical behavior of materials, particularly at low temperatures.

Nanoindenter Heating and Cooling Stage

The nanoindentation system’s temperature‑controlled stage is suitable for applications involving semiconductor and aerospace materials that require mechanical and thermal testing. It is primarily used to investigate how a material’s hardness, elastic modulus, and other mechanical properties vary with temperature. The system enables vacuum‑environment testing over a range from −190°C to 400°C, without causing oxidation or frost formation on the sample.

XRD Heating and Cooling Stage

It is intended for use in conjunction with XRD or large-scale synchrotron sources.

SEM Heating and Cooling Stage

This is a temperature‑controlled stage designed for use with a scanning electron microscope. While imaging the sample’s morphology, it enables analysis of its composition, crystal structure, and other properties at various temperatures, thereby facilitating a more comprehensive investigation of material performance and behavior.

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.

Electrochemical Heating and Cooling Stage

The electrochemical temperature‑controlled stage is suitable for a wide range of electrochemical experiments, including studies on button cells, lithium batteries, electrocatalysis, fuel cells, and more. It can be integrated with Raman spectroscopy, XRD, and other analytical instruments to monitor material transformations during electrochemical reactions.

Low-temperature sample holder

Low-temperature sample holder, featuring an integrated design, compatible with cryogenic irradiation systems or other low-temperature equipment, and intended for materials irradiation studies.

Ellipsometry Heating and Cooling Stage

The ellipsometer temperature‑controlled stage is a versatile platform designed for integration with ellipsometers. It finds applications across diverse fields, including semiconductors, thin‑film devices, functional coatings, polymers, and biomaterials, playing an indispensable role—particularly in studying material phase transitions, assessing thermal stability, and validating functional properties.

Microscope High-Temperature Hot Stage

The sample stage is made of a high-temperature alloy and can operate stably at 1,000°C for extended periods. It is suitable for high-temperature observations of materials such as metals and ceramics.

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