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This document is a "Substrate Temperature Guide" by Foseon Technology, which provides UV light source LED lamps. The popularity of UV LED curing is rising, becoming a new standard in application fields such as printing, coating, adhesion, and electronics. UV LEDs, which do not emit infrared light that generates heat, are considered cold light sources, and the heat generated from the light source is controlled and removed. However, despite an increasing number of customers benefiting from the increased intensity of LED light sources, the rise in substrate temperature during curing continues to attract significant attention. This substrate temperature guide serves as a technical guideline for operating UV LED systems with appropriate settings. [Contents] ■ Summary ■ Introduction ■ Hypothesis/Test ■ Results ■ Conclusion *For more details, please refer to the PDF document or feel free to contact us.
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Excellitas Noble Light Japan (formerly Foseon Technology Japan) Co., Ltd. is a leading company that provides UV light source LED lamps used for material transformation in various fields such as inks, coatings, and adhesives. We centrally manage all processes from architecture and design to manufacturing, pursuing high customer satisfaction without compromise. Our lamps are widely chosen as products with excellent performance, reliability, and cost-effectiveness, both in OEM products and in end-user applications. Since we design the LED elements in-house, we provide LED light sources with high illuminance, outstanding durability, and stability. Recently, our Life Sciences group has been selling products for sterilization and disinfection using a 275nm light source, and we also offer products for industrial applications using the same light source. Additionally, we have developed and provide near-infrared LED products. We also engage in the development of custom products to meet various UV-LED needs.