In research laboratories, precision, reproducibility, and safety are essential. Our UV systems are engineered to deliver superior performance in scientific applications such as chemical synthesis, surface modification, and advanced oxidation processes (AOP).
AOPs have become a vital tool for the degradation and transformation of recalcitrant organic pollutants, primarily based on UV/H₂O₂, UV/O₃, photocatalysis, and VUV. Thanks to our wide range of available emitters and reactors, we ensure the optimization and scaling of all processes.
Photochemical synthesis is one of the most promising methodologies in modern chemistry, enabling fast, clean, and selective reactions while avoiding less selective thermal pathways. With our UV systems, labs can perform:
Photochemical reactions in liquid, solid, or gas phases.
Specialized photopolymerization and photocatalysis.
Activation of synthetic pathways not achievable through thermal methods (e.g., photoisomerization for Vitamin D production).
We offer a wide variety of UV equipment adapted to different wavelengths, intensities, and geometries, as well as consultancy, development, and supply of custom-engineered systems for our clients.
