Photochemistry

The Photon Cabinet safety enclosure provides both a reliable shield against the occupational hazards associated with UV light and chemical handling, as well as a centralized housing for integrating all the components of a photochemical system.
Complete ultraviolet (UV) photochemical systems for the lab. Various photoreactor designs. Protective enclosure with integration of optional components.
Family of advanced photochemical systems for laboratory and pre-pilot plant studies. These systems include safety cabinets for component integration, various reactor options, UV (Ultraviolet) light emitters, and power supplies, plus spectrometers and all the accessories necessary for the development of the most advanced research in the field of photochemistry.
Standard batch-type photochemical reactor with a capacity between 400 and 700 ml.
The PX9 is a unique and innovative multi-vial photochemical screening tool, allowing us to quickly and easily determine the best wavelength for our photochemical process or compare different reaction conditions.
Basic batch-type photochemical reactor with a capacity between 250 and 400 ml.
Batch-type photochemical reactor with the capacity to simultaneously irradiate 4 volumes from 1 to 20 ml. Ideal for high-cost samples.
The ideal photochemical reactor for the study of low-temperature reactions. The special insulation of the UV light source ensures it remains unaffected by the surrounding low temperatures.
Continuous side-flow photochemical reactor for laboratory testing. With cooling jacket and the possibility of using liquid filters.
Falling-film photochemical reactor designed to expose a thin layer of liquid to ultraviolet light. Specifically engineered for liquids with low UV transmittance.
Tubular UV light photochemical reactor. The length of the tube coiled around the light source allows for precise control of the radiation dose received by the liquid and enables detailed study of reaction kinetics.
UV light lamps designed for use in laboratory photochemical processes alongside the MPDS Basic and Evo series photoreactors. Featuring the most commonly used spectra in this field.
Microreactors for photochemistry with focused medium-pressure UV or LED light sources and a wide variety of available spectra and filters.

We offer advanced photochemical reactors designed for synthesis processes. Modular solutions for laboratory and pilot plant use, and scalable solutions for industrial production, optimized for temperature control. High-precision engineering for maximum reproducibility and performance.

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