en.Wedoany.com Reported - German company Optris, based in Berlin, recently announced a significant expansion of its successful CTi infrared thermometer platform with the launch of three new products specifically designed for highly specialized industrial processes: the CTi G5, CTi P3, and CTi P7. This move aims to provide dedicated non-contact temperature measurement solutions for the glass manufacturing and thin-film plastic production sectors, enhancing measurement reliability through optimized spectral ranges and fast response times. Among them, the CTi G5 is developed for demanding glass manufacturing processes, operating in the 5.0 µm band. It achieves high emissivity stability within a temperature range of 50°C to 1650°C. With a response time as low as 70 ms and a stainless steel sensor head that can withstand ambient temperatures up to 85°C without additional cooling, it ensures precise process control in the production of flat glass, automotive glass, and photovoltaic products.

Addressing the challenges of thin plastic film production, Optris introduced the highly specialized CTi P3 and CTi P7. The CTi P3 operates using a narrow spectral wavelength of 3.43 µm. With an extremely fast response time of just 15 ms, it is an ideal choice for high-speed film production lines, capable of meeting measurement needs from 35°C to 600°C. The CTi P7, on the other hand, utilizes a spectral range of 7.9 µm specifically designed for material-specific absorption bands. It reliably measures films such as PET, PVC, or polyimide within a range of 0°C to 710°C. With an NETD of 45 mK and an IP65 protection rating, it ensures stable operation in industrial environments. The expanded CTi infrared thermometer series continues the proven two-piece design, featuring built-in USB, analog, and digital interfaces, supporting seamless integration with modern automation systems. Ingo Stahlkopf, Sales Director at Optris, stated that this modular system architecture not only simplifies the integration process but also allows customers to precisely select sensors based on specific process requirements, ensuring excellent measurement accuracy and quality assurance, whether for glass production or advanced plastic manufacturing.

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