The new PHOTOCHIP™ high power LED photoreactor module from Uniqsis provides chemists with a benchmark tool to run photochemical reactions with highly efficient mixing and accurately controlled temperature.

The PHOTOCHIP™ is an easy-to-use device—design optimized to perform photochemical reactions in the complete range of Uniqsis Glass Static Mixer (GSM) reactor blocks, also known as GSM chip reactors.

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Accommodating either one large format or two compact format Uniqsis GSMs—chemists can choose a PHOTOCHIP™ module operating at a wavelength (365nm, 385nm, 420nm, 450nm, 460nm, or 525nm) to match the excitation wavelength of their desired photochemistry.

The high-power LEDs used in the PHOTOCHIP™ module require liquid cooling and, where the reaction temperature is close to room temperature, either a cold-water supply, or a recirculating system can control both the reactor and LED temperatures by connecting the respective cooling circuits in series.

Each PHOTOCHIP™ module has an interlock that prevents exposure to high intensity light by cutting power to the LEDs if any attempt is made to remove the light unit whilst switched “on.” A thermal switch protects the LEDs if they are powered without adequate cooling.