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The Luzchem Xenon Illuminator (LUZ-XE-PV) is a compact, high-intensity broadband light source designed for research applications requiring powerful and controllable illumination. Built around a 300 W air-cooled ceramic xenon lamp, the instrument produces strong radiation across the ultraviolet, visible, and near-infrared spectrum, making it well suited for a wide variety of photochemical and spectroscopic experiments.
Despite its high output, the Xenon Illuminator maintains a compact benchtop footprint, allowing it to be easily integrated into laboratory setups. The lamp output is continuously adjustable between approximately 180 and 300 W, enabling users to fine-tune illumination intensity to match experimental requirements. An integrated shutter protects samples from unnecessary exposure and can be operated manually or controlled through a TTL signal for automated experiments.
The system supports several lamp configurations, including focused or parallel beam geometries, allowing researchers to tailor the illumination profile to their application. Lamps are available in full-spectrum UV (200–1100 nm) or ozone-free (320–1100 nm) configurations, and optional filters can further modify the spectral output.
To ensure safe and reliable operation, the illuminator includes an air-cooled housing with built-in fan and exhaust system to manage heat generated by the xenon lamp. Indicator lights provide clear system feedback, including a Lamp-On indicator and a Replace-Lamp warning that alerts users when lamp performance has declined.
Optional accessories expand the versatility of the system, including fiber optic adapters for coupling to spectroscopic instruments, filter clips for spectral control, and UV shielding for operator protection.
With its combination of high-intensity broadband illumination, adjustable power control, and flexible optical configurations, the Luzchem Xenon Illuminator is ideal for applications such as photocatalysis research, photovoltaic device testing, laser flash photolysis monitoring, microscopy illumination, and UV exposure studies.
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