Crosslinker

UV crosslinking systems are advanced laboratory instruments that use ultraviolet radiation at specific wavelengths to induce controlled photochemical reactions. These systems provide high precision in UV dose and intensity, making them suitable for a wide range of scientific applications. They are commonly used for sterilization of films and supports, photopolymerization of monomers, crosslinking of nucleic acids and proteins, as well as for activating photochemical and catalytic reactions. The ability to precisely control UV exposure ensures consistent and reproducible experimental results. In molecular and cellular biology research, these systems are essential for studies of DNA damage, repair mechanisms, and cellular responses to ultraviolet radiation. They are also widely applied in the evaluation of photobiological effects such as UV-induced cellular stress and protective mechanisms. In materials science, UV crosslinking is used for surface modification, development of functional materials, and studies of photophysical and photochemical properties. Their use also extends to environmental and biomedical fields, where UV radiation is employed to investigate complex interactions between light and biological or material systems. Overall, these systems represent versatile and essential tools in scientific research, enabling highly precise investigation of UV radiation effects in biological, chemical, and material processes.

Specifications of the various available models:
- Microprocessor-controlled operation; 
- Stainless steel chamber; 
- Reproducible cycles; 
- UV light source: 5×8 W (254 nm, 312 nm, or 365 nm) or 4×30 W (365 nm) and 2×30 W (312 nm), depending on the model. 
- Type of application: irradiation of cells in Petri dishes or microplates, or nucleic acid crosslinking to membranes? 

Please inform us of the desired specifications and our team will recommend the most suitable equipment.