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Hot and cold stage
It provides a precise temperature environment for optical microscope observation or material heat treatment, adapts to different sample forms and experimental needs, and covers three scenarios: "polarized light observation", "ultra-thin sample compatibility", and "industrial heat treatment simulation".
ThermoPolar Stage
Ultra-thin wide temperature range temperature control platform adapted to polarizing microscopes
- Full temperature range coverage
- Ultra-thin modular structure
- Precise Temperature Control + Environmental Adaptation
Polarizing Microscope Heating And Cooling Stage | VenusLab
Advantages: Rapid temperature rise and fall (50℃/min heating, -40℃/min cooling), support for gas atmosphere/vacuum, compatibility with conventional polarizing microscopes, no need for liquid nitrogen supply, and low cost.
Applicable scenarios: Low-temperature observation of biomedical samples
Polarizing Microscope Heating And Cooling Stage
Advantages: Expanded medium temperature range (180°C meets the requirements for polymer softening point testing), temperature control accuracy of ±0.01°C (document parameter table), suitable for experiments requiring long-term medium temperature stability.
Applicable scenarios: Thermal evolution analysis of geological inclusions (such as determination of homogenization temperature of hydrocarbon inclusions), thermal stability testing of polymer materials (such as thermal deformation temperature of plastics).
Polarizing Microscope Heating And Cooling Stage
Advantages: Extreme temperature range coverage (from cryogenic semiconductor testing to high-temperature mineral melting), temperature control accuracy of ±0.01℃ (document parameter table), airtight cavity for oxidation prevention, suitable for rigorous scientific research-level environments.
Applicable scenarios: Ultra-low temperature quantum material observation (such as superconducting phase transition), high-temperature mineralogy research (such as silicate melting process), cryogenic characteristic analysis of semiconductor materials
Polarizing Microscope Heating And Cooling Stage
Advantages: No liquid nitrogen dependence, fast response in high-temperature range (150℃/min), industrial-grade durability (superalloy material), suitable for continuous high-temperature scenarios.
Applicable scenarios: Observation of cermet sintering process, Thermal stability test of high-temperature resistant coatings, Rapid high-temperature screening in industrial quality inspection
