The GoGo H200-Mini is a specialized, ultra-compact Microscope Heating Stage designed for precise thermal control in life science and material research. With a precise temperature range from ambient to 200°C and remarkable stability of ±0.1°C, it is an ideal tool for in-situ microscope observation and Raman spectroscopy of sensitive samples. Its unique open-chamber design and plate-shaped copper sample platform make it exceptionally convenient for liquid sample observation, such as studying the behavior of bio-pharmaceuticals like lysozyme under controlled heating conditions.

• Optimized for Liquid & Bio-Samples: The open-chamber design allows for easy dispensing and retrieval of liquid samples, making this Microscope Heating Stage perfect for dynamic studies of proteins, polymers, and chemical reactions in solution.
• Ultra-Fast Thermal Response: Features an extremely rapid heating rate of up to 150°C/min, enabling quick transitions between temperature setpoints and efficient experimental workflows.
• Superior Thermal Uniformity: The copper sample holder ensures excellent heat conduction, providing stable and uniform temperature across the entire sample area for reliable data.
• Exceptional Compactness & Portability: With dimensions of only 40mm x 40mm x 12mm and a weight of 0.2kg, this stage integrates seamlessly onto any microscope without obstructing other accessories, offering unparalleled flexibility.
• Complete Intelligent System: The package includes the powerful TNEX software for full computer control, enabling precise temperature profiling, real-time data logging, and synchronized analysis.

This innovative Microscope Heating Stage is gaining significant traction in emerging research markets including Southeast Asia, the Middle East, Russia, and Africa. It is specifically valuable for university biochemistry labs, pharmaceutical R&D centers, and high-tech companies focused on drug development, polymer science, and nanotechnology.

1. What is the main application of the H200-Mini Microscope Heating Stage?
   It is primarily designed for the observation and analysis of liquid samples and thin films, especially in bio-pharmaceutical research (e.g., lysozyme studies) and materials science requiring rapid thermal cycling.
2. Why is an open-chamber design beneficial?
   The open chamber allows for easy access to the sample, facilitating the addition of reagents, probing with micro-electrodes, or simple sample placement—crucial for dynamic liquid-phase experiments.
3. Is this Microscope Heating Stage compatible with high-magnification objectives?
   Yes, its low-profile design (12mm total height) provides ample clearance, ensuring compatibility even with high-magnification, short-working-distance microscope objectives.
4. What software is included for control?
   The system is fully operated via our integrated TNEX software, which offers intuitive programming, automated experiment execution, and comprehensive data export capabilities.
5. What is included in the delivery package?
   You will receive the H200-Mini heating stage, a dedicated temperature controller, the TNEX software license, a recirculating chiller for active cooling, and all necessary cables and tubing for immediate setup.