Luzchem Xenon Photoreactor Systems provide powerful broadband irradiation for photochemistry, photostability testing, and solar simulation experiments. These systems use high-intensity xenon lamps that produce light across the ultraviolet, visible, and near-infrared regions, closely replicating natural sunlight. Designed for research and pharmaceutical laboratories, the Xenon Series offers flexible irradiation platforms with integrated safety features and precise exposure control. The series includes the Solsim2 solar simulator, the LZCX-ICH1 ICH-compliant photostability reactor, and the LZCX-Xe xenon photoreactor for general research applications.

Luzchem Xenon Series

$21,567.00 USD

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Type: SolSim2

SolSim2 LZCX-ICH1 LZCX-XE

SolSim2 is the ultimate solution for solar simulation! Our state-of-the-art simulator is designed to match the ASTM G173-23 AM1.5 solar spectrum over the spectral interval of 310-800 nm, which is among most commonly referenced solar spectrum. With an ozone-free design, Solsim2 is ultra-convenient to set up, as ventilation is not required unless your experimental byproducts require it. The comprehensive package includes a powerful 300 W xenon lamp, variable output power, and all the required filters for matching the AM1.5 solar spectrum. The chamber also includes a bulkhead connector for gases or liquids, an integrated shutter, and an automated experiment timer, and a door interlock to keep you safe. The unit has a chamber door interlock and comes with safety glasses and an integrated chamber exhaust with tubing for maximum safety during use. SolSim2 also includes a calibrated Light Meter (Sunmeter) for AM1.5 matching, as well as the relevant solar spectral data. With Luzchem’s Solsim, you can be confident that you are getting accurate and reliable solar simulation.

Luzchem’s Xenon Photoreactor Series provides high-intensity broadband light sources designed for advanced photochemical research, solar simulation, and pharmaceutical photostability testing. Xenon lamps are widely used in photochemistry because their emission spectrum closely resembles natural sunlight, producing strong radiation across the UV, visible, and near-infrared regions.

These systems are built around air-cooled ceramic xenon lamps that deliver stable and reproducible illumination for demanding laboratory applications. The xenon light source can be combined with optical filters and accessories to tailor the spectral distribution and irradiation intensity for specific experimental requirements.

The Xenon Series reactors include a variety of integrated features designed for laboratory use, including digital timers, safety interlocks, optical filters, and power measurement systems to ensure accurate control of irradiation dose. Closed photoreactor chambers provide safe and controlled environments for experiments involving high-intensity light sources.

The Luzchem Xenon Series includes three complementary systems:

Solsim2 – A xenon solar simulator designed for experiments requiring controlled sunlight simulation.
LZCX-ICH1 – A xenon photoreactor certified for ICH Option 1 pharmaceutical photostability testing.
LZCX-Xe – A versatile xenon photoreactor for general photochemical research applications.

Together, these systems provide powerful solutions for laboratories working in photochemistry, materials science, pharmaceutical stability testing, photocatalysis, and solar energy research.

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Luzchem Xenon Series

Luzchem Xenon Series

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