Extreme Temperature Heating Cooling Stage Wide Range -190°C to 600°C ±0.1°C

The GoGo CH600-HTS Extreme Temperature Heating Cooling Stage represents the pinnacle of thermal microscopy instrumentation, delivering an uncompromising -190°C to 600°C operational span within a single compact platform. This Heating Cooling Stage eliminates the traditional laboratory compromise of maintaining separate cryogenic and high-temperature stages, offering researchers a unified solution for the full spectrum of thermal analysis requirements. Engineered for laboratories conducting advanced materials characterization, the CH600-HTS excels in applications ranging from cryogenic phase transition studies to high-temperature oxidation behavior observation in metals, ceramics, and semiconductor materials.

With an extraordinary 790°C total thermal window, this Heating Cooling Stage enables seamless transition between sub-ambient cooling and elevated heating without sample transfer or instrument reconfiguration. The integrated liquid nitrogen cooling system achieves stable temperatures down to -190°C, while the high-performance resistive heating element drives temperatures to 600°C at an industry-leading rate of 150°C per minute. This capability dramatically accelerates experimental workflows, allowing researchers to complete full-range thermal characterization protocols in a fraction of the time required by conventional systems.

Every component of the CH600-HTS has been purpose-built for high-temperature reliability. The silver sample holder ensures uniform thermal distribution across the 23mm × 23mm observation area, while the JGS2 fused silica observation windows maintain optical clarity from 220nm through 2500nm, supporting ultraviolet, visible, and infrared imaging modalities simultaneously. The vacuum-compatible chamber design prevents sample oxidation during high-temperature experiments and enables controlled atmosphere studies when paired with optional gas inlet systems.

• 790°C Total Thermal Span: Uninterrupted operation from -190°C cryogenic cooling to 600°C high-temperature heating in a single Heating Cooling Stage platform, eliminating the need for multiple specialized instruments.
• 150°C/min Maximum Heating Rate: Industry-leading ramp speed enables rapid thermal screening and significantly reduces experiment cycle times for high-throughput materials characterization laboratories.
• Multi-Spectral Optical Access: JGS2 fused silica windows provide broadband transmission from 220nm to 2500nm, supporting UV fluorescence, visible microscopy, and IR thermal imaging concurrently.
• Vacuum-Compatible Chamber: Hermetically sealed sample chamber supports vacuum operation down to 10&supminus;³ mbar, preventing oxidation and enabling controlled atmosphere experiments at elevated temperatures.
• Intelligent TNEX Control Platform: Programmable multi-step thermal profiles with real-time temperature logging, video synchronization, and automated ramp-to-hold protocols for reproducible experimental conditions.
• Compact Orientation-Flexible Design: At just 86mm × 100mm × 21.5mm and 0.5kg, the stage mounts horizontally on standard microscopes or vertically in Raman, FTIR, and synchrotron beamline configurations.

The CH600-HTS Heating Cooling Stage is purpose-built for research laboratories and industrial quality control departments that demand extreme thermal performance. In metallurgy and materials science, it enables real-time observation of phase transformations, grain boundary migration, and recrystallization phenomena across the full thermal spectrum. Semiconductor failure analysis laboratories utilize the stage for thermal stress testing and hot-spot identification in integrated circuits and power devices. Ceramics researchers benefit from the high-temperature capability for sintering studies and thermal expansion coefficient measurements. The vacuum-compatible design makes it particularly valuable for oxidation-sensitive materials, including advanced alloys, thin films, and composite materials. Whether deployed in a university condensed matter physics laboratory, a national materials research institute, or an industrial R&D center, the CH600-HTS delivers the thermal performance and optical clarity that demanding applications require.

Each CH600-HTS Heating Cooling Stage is manufactured under ISO 9001, ISO 14001, and ISO 45001 certified quality management systems. Prior to shipment, every unit undergoes a comprehensive 24-point calibration protocol including temperature uniformity mapping, ramp rate verification, and optical path alignment checks. The complete system is packaged in a custom aluminum alloy flight case with precision-cut foam inserts, vacuum-sealed desiccant packaging for moisture protection, and an export-grade wooden outer crate equipped with shock and tilt indicators. The standard package includes the CH600-HTS stage unit, GTC temperature controller, GRC cooling controller, liquid nitrogen tank, recirculating chiller, TNEX software license, and all necessary interconnection cables and tubing. Optional accessories include customized adapter plates for non-standard microscopes, extended-capacity liquid nitrogen tanks, and vacuum pump systems. Standard warranty covers 12 months with optional extension plans and priority technical support available.