Material scientists and chemists are faced with ever increasing challenges of researching and formulating new materials. They usually depend on various techniques such as thermal analysis, rheology, and spectroscopy techniques. The researchers in the area of photo cure are faced with even additional challenges associated with light generation and measurements with respect to their cure research and material formulations. There are a number of analytical instruments marketed toward these widely practiced techniques. However, most of these analytical instruments such as Differential Scanning Calorimeter (DSC), Rheometers, and Fourier Transform IR spectrometers (FTIR) does not provide an adequate support for the photo cure research. Specifically, these instruments lack accurate and precise light generation (wavelength, intensity, and duration) and measurements. Therefore, the researchers have to create their own light source and/or deal with non-adequate supplied light by these instruments.
Digital Light Lab has developed an innovative patented pending Photo Cure Modules that can easily be added to the commercially off the shelf DSCs, Rheometers, and FTIRs. These modules deliver precisely tuned wavelengths and optical intensities to your material under investigation. With our modular Photo Cure Modules, scientists and technicians have the flexibility to deliver the intensity and wavelength of UV and visible necessary to repeatedly evaluate, fine tune, and troubleshoot their new materials research. These modules allow the scientist to easily set the intensity, duration, and wavelength of interest while exploring the solution space. Therefore, they can focus more on the material research and less on the light generation and measurements.