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Luzchem’s CCP Series Computer Controlled Photoreactors provide advanced irradiation systems that combine the reliability of LZC photoreactor hardware with powerful software-based control and data logging capabilities. These systems are designed for laboratories that require precise control of irradiation conditions and automatic recording of experimental parameters.
Each CCP photoreactor connects to a dedicated computer via USB interface, allowing users to control lamp operation, timers, stirring, and sample motion directly from the CCP software. The software enables researchers to set irradiation conditions, monitor lamp output, and record experiment data for later analysis or documentation. Irradiation parameters such as exposure time, lamp type, and measured light intensity are automatically stored in the system’s data log, ensuring traceability and reproducibility of experiments.
The reactors are equipped with features designed for laboratory photochemistry, including a carousel for liquid samples, a turntable for solid samples, a recessed magnetic stirrer, gas inlet connector, safety interlock, and safe exhaust system. These systems also include a calibrated optical power sensor that allows accurate measurement of delivered irradiation dose.
The CCP Series includes two models designed for different applications:
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CCP-4V – A computer-controlled photoreactor designed for research applications in photochemistry, photobiology, and organic chemistry.
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CCP-ICH2 – A computer-controlled photoreactor designed for pharmaceutical photostability testing and certified for ICH Option 2 compliance.
Both systems use 8-Watt LZC-Series fluorescent or LED lamps arranged around a closed irradiation chamber to provide uniform illumination of samples. Additional lamp types and accessories allow researchers to tailor spectral output and experimental configuration to their specific applications.
With automated control, integrated safety systems, and detailed experiment logging, Luzchem CCP photoreactors provide a powerful platform for modern photochemical research and regulated laboratory environments.
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