Automated glass chemical reactor is an intelligent laboratory equipment used for chemical synthesis and process development. 

Automated glass chemical reactor has functions such as real-time monitoring, program-controlled temperature and pressure stirring, and is widely used in pharmaceutical and fine chemical research and development.
The automated glass chemical reactor combines corrosion-resistant glass materials with a digital control system, enabling precise execution of chemical reaction processes in a sealed environment. 

These types of Automated glass chemical reactor systems typically integrate temperature, pressure pH、 Turbidity sensors and support data recording and remote control, suitable for reaction screening, optimization, and small-scale production. The common capacity range is from 100 mL to several liters, suitable for research and development needs ranging from milligrams to kilograms.
Main features of Automated glass chemical reactor
Material safety: High chemical stability borosilicate glass 3.3 (borosilicate glass) is used, which is resistant to most acidic and alkaline solvents (except hydrofluoric acid).
Automation function: supports independent control of multiple parameters (such as temperature, stirring speed), and some systems can achieve multi-channel parallel experiments.
Compatible with PAT technology: can be connected to in-situ analysis probes (such as FTIR, Raman) to achieve Process Analytical Technology.
Application scenarios of Automated glass chemical reactor: covering drug synthesis, crystallization research, catalyst screening, biofuel development, etc

3500W Industrial Ultrasound Jacketed chemical Glass Reactor