1. Product Introduction
The CH562-ABN optical heating and cooling stage is a precision experimental instrument integrating cryogenic and high-temperature control with high-resolution optical observation. It is specially designed for microscopic observation scenarios under in-situ temperature regulation in scientific research. It eliminates data deviations caused by sample transfer in traditional temperature experiments and enables real-time dynamic observation across a wide temperature range from -196℃ to 600℃. It provides powerful technical support for research in materials science, semiconductors, life sciences and other fields. Whether for phase transformation processes of metallic materials, thermal failure analysis of semiconductor devices, or research on cell survival under extreme temperatures, the CH562-ABN can accurately meet experimental requirements and help researchers uncover more unknown scientific phenomena.
II. Technical Parameters
Temperature control rateSample stage
| Heating and cooling method | Liquid nitrogen cooling, resistive heating |
| Temperature control range | ﹣120℃~600℃ |
| Temperature stability | ±0.1℃ |
| Maximum heating rate：150℃/min，Maximum cooling rate：40℃/min |
|
| silver；23mm*23mm |
|
| optical path | Reflection / Transmission (φ2mm light aperture) |
| Upper window size | φ25mm*1mm |
| Lower window size | φ10mm*0.5mm（Optional Transmission Optical Path） |
| window material | JGS2Quartz glass (transmission wavelength range: 220nm~2500nm), manually detachable and replaceable |
| Window defrosting | Comes with an air-blowing bracket; liquid nitrogen tail gas is blown for defrosting at low temperatures |
| Distance h from the upper surface of the window to the upper surface of the sample stage | 6.7mm |
Sample chamber height| 5.7mm |
|
| chamber | atmosphere |
| Overall dimensions | 90mm×95mm×25mm |
| Net weight | 0.5kg |
| Basic configuration | GoGo TCS、1 optical heating and cooling stage, 1 temperature controller, 1 refrigeration controller, 1 liquid nitrogen tank, 1 circulating water chiller, connecting cables, pipelines, accessories, etc. |
| Optional | Adapter boards / custom liquid nitrogen tanks / custom circulating water chillers / vacuum systems / computer hosts / custom temperature control software, etc. |
III. Application Fields
Materials Science: observation of phase transformation processes in metals/ceramics, thermal stability testing of nanomaterials, research on interfacial behavior of composite materials; Semiconductor field: thermal failure analysis of chip packaging, temperature characteristic testing of semiconductor devices, research on thermal response of MEMS devices; Life Science: observation of cell survival under low temperature, research on protein thermal denaturation process, evaluation of cryopreservation effect of biological tissues; Polymer materials: measurement of polymer glass transition temperature, observation of thermal aging process of plastics, research on low-temperature elasticity of rubber.
