GoGo Instruments Technology (Shanghai) Co., Ltd.specializes in temperature control technology, offering a range of patented products including probe heating/cooling stages, optical heating/cooling stages, in situ stretching stages, in situ XRD/SEM heating/cooling stages, ultra-high-temperature heating stages, and high/low-temperature test chambers, as well as testing systems for dielectric thermal spectra, electrocaloric effects, charge-discharge testing, and variable-temperature D33 measurements.

Recently, GoGo Instruments conducted on-site testing of its ultra-high-temperature heating stage, achieving precise temperature control up to 1600°C. The GoGo Instruments ultra-high-temperature heating stage is designed for studying the optical properties of samples under variable temperatures, characterizing how optical performance evolves with temperature. Utilizing resistive heating, it achieves precise control from room temperature (RT) to 1600°C. When integrated with optical equipment (e.g., microscopes, Raman spectrometers), it enables in situ variable-temperature testing.

The ultra-high-temperature heating stage requires pairing with a temperature controller. The accompanying PC-based temperature control software simplifies temperature setting and data acquisition, while provided LabVIEW VIs facilitate customized programming for specific experimental needs.

Figure 1: GoGo Instruments Ultra-High-Temperature Heating Stage

Key Technical Parameters:

1. Heating/Cooling Method: Resistive heating

2. Temperature Range: RT to 1600°C

3. Temperature Stability: <1°C

4. Control Method: PID

5. Temperature Sensor: S-type thermocouple

6. Sample Stage Material: Alumina ceramic

↑ Temperature Variations at Different Setpoints During Testing of the Ultra-High-Temperature Heating Stage ↑

↑ Programmed Heating and Cooling Curve ↑

↑ Programmed Temperature Ramp to 1500°C ↑

↑ On-Site Testing Achieving 1600°C ↑

↑ Natural Cooling Curve from Room Temperature ↑