The GoGo H1400-RG-XY is a specialized Microscope Heating Stage engineered for advanced in-situ analysis in geology and metallurgy. It provides precise temperature control up to 1400°C, making it ideal for high-temperature metallographic observation and High-Temperature Raman spectroscopy. Its defining feature is the integrated XY sample manipulator, allowing ±6mm/±5mm of movement with 0.01mm accuracy to reposition the sample under the objective without breaking the thermal environment. Combined with a rapid quench cooling system and a rotatable top window, this Microscope Heating Stage is perfect for studying melt inclusions, phase transformations, and dynamic high-temperature processes.

• High-Speed Thermal Performance: Achieves heating rates up to 150°C/min and extreme temperatures of 1400°C with ±0.1°C stability for rapid yet precise experiments.

• Unique Rapid Quench & XY Manipulation: The dedicated quench post enables fast sample cooling for "freezing" high-temperature phases. The built-in XY stage allows precise, in-situ sample repositioning, a critical feature for this Microscope Heating Stage when analyzing specific sample regions.

• Optimized for Challenging Samples: The manually rotatable top window ensures clear optical access by allowing a clean surface to be turned into the light path if volatile materials condense, guaranteeing uninterrupted observation.

• Complete Digital Workflow: Controlled by our integrated TNEX software, the system enables full computer control, complex experiment programming, and synchronized recording of temperature data and microscope images for comprehensive analysis.

• Certified Quality & Complete Kit: Manufactured under ISO 9001, 14001, and 45001 standards. The system includes the stage, controller, chiller, and TNEX software—ready for immediate use.

This professional Microscope Heating Stage is extensively used in key international markets including Southeast Asia, the Middle East, Russia, and Africa. It is the preferred tool for university researchers, geological surveys, metallurgical labs, and industrial R&D centers specializing in material behavior at extreme conditions.

1. What is the main application of this Microscope Heating Stage?
   It is specifically designed for high-temperature metallographic observation and Raman studies, particularly for analyzing melt inclusions in geology and phase transformations in metallurgy.

2. How does the rapid quench feature work?
   The system includes a dedicated quenching post. After heating, the sample can be quickly transferred to this cold post for rapid cooling, preserving high-temperature microstructures for later analysis.

3. Why is the XY sample movement important?
   It allows users to move the sample precisely under the microscope while at high temperature, enabling the study of multiple areas or specific features without cooling down and reopening the chamber.

4. What software controls the stage?
   The stage is fully integrated with our TNEX software for computer control, allowing you to program temperature profiles, record the entire experiment, and correlate thermal data with visual observations.

5. What is included in the standard package?
   The package includes the H1400-RG-XY heating stage, a GTC temperature controller, TNEX software, a recirculating chiller, and all necessary cables and tubing. Adapter plates and customized chillers are available as options.