A sensor that has achieved the first inline full inspection of surface modification levels.
Next, for the inspection of the surface condition of the substrate. Caisits is a product for determining the level of surface modification such as plasma treatment, corona treatment, flame treatment, and plating treatment. It quantitatively visualizes the degree of surface modification in real-time. This evaluation device achieves inline inspection of all items, which was previously impossible, and balances quality improvement with enhanced manufacturing efficiency.
Inquire About This Product
basic information
It has been found to be effective not only for inspections after surface modification treatments such as plasma treatment and corona treatment, but also for dirt inspections on electronic substrates, detection of oil on surfaces, and other inspections during cleaning. Furthermore, in recent years, there has been increasing attention on the inspection of surface conditions in various processes related to automobile weight reduction. When ultraviolet light is irradiated onto the surfaces of materials modified by plasma, corona treatment, frame treatment, high-precision plating, etc., fluorescence is emitted from those surfaces. By measuring the amount of emitted fluorescence, the presence and quantification of modification can be assessed.
Price range
Delivery Time
※Delivery times may vary depending on stock availability, so please feel free to contact us.
Applications/Examples of results
Organic EL, liquid crystal display manufacturing, surface treatment of automotive interior and exterior components, high-performance film manufacturing, pre-treatment and post-treatment in semiconductor manufacturing processes, pre-treatment for adhesion, printing, and coating, oil film removal, cleaning, dirt inspection, peeling inspection.
Company information
Since starting my own business in 1982, I have developed and manufactured various precision measuring instruments, including automatic viscometers, quantitative dispensing devices, fluorescent sensors, serum measurement devices, small tensile testing machines, and stretching machines. I have also established a rapid response system for high-difficulty special development requests from major chemical manufacturers and national university research institutions. While there are also requests for mass production and consumer-oriented manufacturing, I am dedicated to developing and producing products that can only be made by our company. Of course, I strive to adapt to various environmental changes and continuously pursue self-improvement in cutting-edge science and technology.
