High throughput autoclaves operate by integrating multiple small-scale reactors into a single system. These reactors are typically arranged in a grid or array and can be individually controlled or monitored. Each reactor is equipped with sensors to measure parameters such as temperature, pressure, and reaction progress. The data collected from these sensors is often analyzed using advanced software, enabling researchers to quickly identify trends and optimize reaction conditions. The ability to control and monitor multiple reactions simultaneously is a key feature that distinguishes high throughput autoclaves from conventional autoclaves.
