Intelligent Automation Heating Cooling Stage Precision Temperature Controlled Microscope Stage

The GoGo CH300A is a versatile and high-performance Heating Cooling Stage designed to provide precise bidirectional temperature control for a wide range of microscopy applications. This system uniquely combines efficient liquid nitrogen cooling with rapid resistive heating, enabling researchers to conduct experiments within a stable range from 0°C to 300°C with exceptional accuracy of ±0.1°C. Ideal for studying phase transitions, polymer behavior, biological processes, and material reliability under thermal cycling, this Heating Cooling Stage offers the flexibility needed for modern dynamic in-situ observation. Controlled by the integrated TNEX software, it serves as a complete solution for laboratories requiring reliable and repeatable thermal modulation.

• Dual-Function Precision Control: This Heating Cooling Stage excels in both heating and cooling regimes. It reaches target temperatures quickly with a 50°C/min heating rate and achieves controlled cooling down to 0°C at 30°C/min via liquid nitrogen, facilitating complex thermal profiles.
• Exceptional Thermal Stability: Maintains laboratory-grade stability of ±0.1°C across the entire operating range. This ensures that observed sample changes are due to material properties and not temperature fluctuations, guaranteeing reliable and reproducible data.
• Optimized for Rapid Experimentation: The fast thermal response significantly reduces wait times between experimental conditions. The integrated recirculating chiller manages heat exchange efficiently, making this Heating Cooling Stage perfect for multi-step thermal cycling studies.
• Seamless Integration & Intelligent Automation: Fully operated via the powerful TNEX software, the stage allows for easy programming of complex temperature ramps, holds, and cycles. This automation streamlines workflows and enables sophisticated, unattended experiments.
• Robust Construction & Certified Quality: Featuring a durable stainless steel sample holder and manufactured under ISO 9001, 14001, and 45001 certified processes, this Heating Cooling Stage is built for durability and dependable performance in demanding research environments.

This professional Heating Cooling Stage is widely adopted in key growth regions including Southeast Asia, the Middle East, Russia, and Africa. It is an invaluable tool for university research departments, industrial R&D centers, and quality control laboratories in fields such as polymer science, pharmaceuticals, materials engineering, and electronics.

1. What are the main applications for this Heating Cooling Stage?
   It is ideal for any experiment requiring precise temperature variation, such as studying glass transitions in polymers, observing crystal growth, testing material properties under thermal stress, or conducting biological studies within a controlled temperature environment.
2. How user-friendly is the liquid nitrogen cooling system?
   The system is designed for safe and convenient operation. The included cooling controller automates the liquid nitrogen flow, making the process straightforward and minimizing manual intervention for consistent results.
3. Is this stage compatible with my microscope?
   Yes. Its standard footprint and reflection optical path ensure compatibility with most common optical and metallurgical microscopes, allowing for easy integration into your existing setup.
4. What capabilities does the TNEX software provide?
   The TNEX software offers full control, allowing you to create, save, and run complex multi-segment temperature profiles. It also provides real-time monitoring and data logging for complete experimental traceability.
5. What is included in the delivery package?
   The system is supplied as a complete kit, including the main CH300A stage, separate temperature and cooling controllers, a liquid nitrogen tank, a recirculating chiller, TNEX software, and all necessary cables and tubing for immediate operation.