岩崎電気 光・環境事業部 Official site

Interpreting Data! Introduction to IWASAKI Weather Meter (Accelerated Weathering Test Device) Iwasaki Electric will hold a webinar on "Weather Meter (Accelerated Weathering Test Device)" on March 26, 2026. The "weathering test," which artificially reproduces outdoor environments such as light, heat, and rain, is an essential test in the manufacturing process to observe the progression of deterioration. Among these, the highly accelerated UV tester is widely used in research and development, while the highly correlated xenon tester is often used for standards and finishing tests. In this webinar, we will introduce the "I Super UV Tester (Metal Halide Weather Meter)" with the capability to reproduce 10 years of outdoor exposure in about 1000 hours, and the "I Super Xenon Tester (Xenon Lamp Weather Meter)" known for its high correlation with exposure tests and user-friendly variable illuminance, while unraveling various data. Please make use of this information for your comparison and consideration when introducing a weather meter. We look forward to your participation.

Iwasaki Electric will hold a webinar on the "Pulsed Xenon Decontamination Device" on February 26, 2026. The decontamination methods in the manufacturing process require strong consideration for safety and environmental impact. The "Pulsed Xenon Decontamination Device" from Iwasaki Electric, which will be introduced in this webinar, uses mercury-free lamps. It does not generate harmful ozone, making it environmentally friendly and safe. Additionally, unlike treatments using gases or chemicals, it has no residual effects, eliminating the need for secondary processing. We encourage you to utilize this webinar for understanding the technology and for comparative evaluation. We look forward to your participation.

Iwasaki Electric Co., Ltd. will hold a webinar on UVC-LED (deep ultraviolet LED lamps) on Thursday, January 15, 2026. As the demand for environmental measures increases, energy efficiency is also being sought in UV light sources. In this webinar, we will explain the high-quality UVC-LEDs that can only be realized by a lamp manufacturer, backed by the optical technology that Iwasaki Electric has cultivated over many years. This will be the first webinar to introduce our latest UVC-LED lineup in real-time, significantly enhancing your understanding of the technology and the speed of comparative analysis. We look forward to your participation.

I would like to express my congratulations on your continued prosperity. We are pleased to announce that Iwasaki Electric Aigraphics will hold a webinar on December 11th at 2:00 PM. The topic will be "High-Quality UV-LEDs Provided by Aigraphics, a Lamp Manufacturer IWASAKI." Please note that prior registration for TEAMS is required to view the webinar. *Connecting via smartphone may be difficult.

Iwasaki Electric will exhibit at the international trade show "JAPAN PACK 2025," which gathers the latest technologies, equipment, and services in the packaging industry and related fields. ■ Exhibition Overview Dates: October 7 (Tuesday) to October 10 (Friday), 2025, 10:00 AM to 5:00 PM Venue: Tokyo Big Sight, East Exhibition Hall, Halls 4-8 Iwasaki Electric Booth: 7-120 (East Exhibition Hall, Hall 7) Free admission; pre-registration for visitors is required. ■ Highlights We will showcase the latest LED technologies, presenting cutting-edge UV-LED technology. UV-LED Equipment We will display UV-LED equipment optimized for self-adhesive labels, business forms, and sheet-fed printing. The mixed UV-LED combining different wavelengths such as 280nm and 365nm enables flexible irradiation according to application needs. UVC-LED Sterilization Technology We will introduce solutions utilizing UVC-LEDs with high sterilization efficacy, bringing innovation to environments where hygiene management is essential. Environmentally Friendly EB Irradiator We plan to showcase an EB (electron beam) irradiator that achieves solvent-free and initiator-free operation. This next-generation device pursues high performance while reducing environmental impact.