When establishing a new optical chemistry laboratory, instrument selection must take into account experimental throughput, data reproducibility, and scalability for subsequent process development. The modular photochemical reactor solution from Shanghai 3S Tech supports full workflows ranging from condition screening to mechanism investigation.

For fundamental research, the AL3 photochemical reactor is the preferred option for parameter exploration with small sample batches. It enables flexible replacement of multi-band LED light sources and integrates precise temperature control modules to decouple light and thermal effects, ensuring reliable baseline experimental data. For high-throughput screening, the AF3 parallel photoreactor is recommended. Featuring independent light and temperature control across multiple positions, it facilitates batch screening of catalysts and reaction conditions. Uniform illumination across reactors minimizes experimental deviations, ideal for pharmaceutical intermediate synthesis and photodegradation of pollutants.

The complete package includes circulating temperature control systems, inert gas interfaces and quartz reaction tubes. Light sources cover wavelengths from 250 nm to 975 nm with customizable wavelengths. The modular hardware supports future expansion with microchannel continuous-flow reactors, enabling smooth scale-up from lab-scale trials to pilot production. Shanghai 3S Tech delivers one-stop laboratory instrumentation deployment, including on-site commissioning, laboratory layout consultation and technical training, lowering equipment integration risks for newly built labs.