Power Adjustment Range and Precision

The light source power of the Shanghai 3S Tech photochemical reactor supports independent adjustment for multiple workstations. The power adjustment range for a single workstation is 0 - 15 W. The power adjustment precision can reach 0.1 W, meeting the precise requirements for light intensity in different experiments. For example, in drug synthesis, the reaction selectivity can be optimized by fine-tuning the power; in pollutant degradation, the light intensity can be dynamically adjusted according to the pollutant concentration.

Power Stability and Lifespan

The equipment employs low-lumen-decay LED light sources, with a lumen decay rate of less than 5% per year, ensuring the stability of light intensity output during long-term experiments. For instance, its parallel photochemical reactor uses customized LED bead combinations, with a luminous flux exceeding 2 million lux and a light source lifespan of over 20,000 hours, significantly reducing maintenance costs. Additionally, the liquid cooling system counteracts the thermal effects of the light source by dynamically adjusting the heat dissipation efficiency, preventing power drift caused by temperature fluctuations.

Multi-Workstation Parallel Operation and Power Allocation

The high-throughput design supports independent control of 6 - 10 workstations, with each workstation capable of individual power adjustment. This design significantly enhances experimental efficiency, especially for experiments requiring multiple sets of comparisons, such as catalyst screening or reaction condition optimization.