H1500V-RG Rapid Heating Microscope Stage 150°C/min Rate 1500°C Vacuum Chamber Ceramic Holder for Thermal Cycling

Product Description

H1500V-RG Rapid Heating Microscope Heating Stage with 150°C/min Rate

The GoGo H1500V-RG Rapid Heating Microscope Heating Stage is designed for laboratories where experimental throughput and time-to-result are critical. With a maximum heating rate of 150°C/min, this stage reaches 1500°C from room temperature in approximately 10 minutes—dramatically faster than conventional heating stages that may require 30-60 minutes for the same temperature range.

Speed Without Compromise

Rapid heating does not mean sacrificing control or stability. The H1500V-RG combines high-speed thermal ramping with:

• 150°C/min Maximum Ramp Rate: Minimize thermal lag between setpoint changes, enabling quasi-real-time observation of rapid thermal processes including crystallization, phase separation, and decomposition.
• Controllable Cooling: The integrated recirculating chiller provides active, rate-controlled cooling for thermal cycling experiments. Program symmetric or asymmetric heating-cooling profiles to simulate real-world thermal processing conditions.
• ±0.1°C Setpoint Stability: Once target temperature is reached, the PID control system locks in with exceptional precision for isothermal hold segments.
• TNEX Multi-Step Programming: Design complex thermal profiles with user-defined ramp rates, dwell times, and cycle counts. The software automatically executes the full sequence while logging temperature and time data.

Efficiency Gains for High-Throughput Labs

By reducing the heating phase from 30+ minutes to under 10 minutes, the H1500V-RG enables researchers to complete 2-3* more experimental runs per day. This is particularly valuable for quality control applications, combinatorial materials screening, and teaching laboratories where instrument time is shared among multiple users.

Applications for Rapid Thermal Studies

Ideal for sintering kinetics studies, thermal shock testing, rapid thermal annealing of thin films, catalyst activation-deactivation cycling, and polymer degradation analysis. The vacuum chamber ensures oxidation-free rapid heating for sensitive metallic and semiconductor samples.