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14.30 Eugen Bilcai - IonoQure.pdf

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1、Photonic Curing&Selective PhotoheatingAdhesive&Bonding Expo|04.December 2024 Adhesive&Bonding Expo|04.December 2024 IonoQure Ltd.was founded in Ireland during 2021 as an engineering companyDecades of experience in automotive,consumer electronics,displays and optical materials,strong expertise in adh

2、esives,UV-curing electronicsActual home is in Cork/Ireland2024 opening of a new Photonics Center and a Logistics Hub in Thermi/GreeceSales&marketing activities through associates in Europe,NA,APAC 2 2IonoQure Confidential InformationIonoQure Confidential InformationIonoQure Ltd activities and main e

3、xpertise and competence areas are divided in:1.Photonics,Electronics,Nanotechnology2.Research,Technology Development,Inno(RTDI)3.Adhesives and coatings 3 3IonoQure Confidential InformationIonoQure Confidential Information One of the most common examples of Photoheating is solar heating of the Earths

4、 surface.Sunlight contains a wide range of wavelengths These rays are absorbed by various objects,such as land,water,and buildings.The result is the conversion of the absorbed energy into heat and a rise in temperature.On the Moon surface the radiative thermal excursion between light and dark is of

5、300C(sunlight 127C;shadow-173C)4 4IonoQure Confidential InformationIonoQure Confidential Information IonoQure Selective Photoheating and general Photonic Curing are innovative photonic techniques that address the challenge of cost-optimized manufacturing of complex optical and electronic devices.Pho

6、toheating,as the name suggests,is the heating of a material due to the absorption of light.When light interacts with matter,it transfers energy to the atoms or molecules,increasing their kinetic energy and,consequently,the temperature of the material.This energy transfer occurs through the absorptio

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- IonoQure Ltd.成立于2021年,总部位于爱尔兰科克,专注于光子学、电子学、纳米技术,具有丰富的粘合剂和UV固化电子领域经验。 - 2024年将在希腊塞尔米开设新的光子中心和物流中心。 - 业务涵盖欧洲、北美、亚太地区,主要活动分为光子学、电子学、纳米技术;研发;粘合剂和涂层。 - 选择性光加热利用LED发射特定电磁频谱,内置IR传感器监测温度,快速达到目标温度,精确控制加热区域。 - 应用包括汽车和消费电子显示应用的周边粘接、结构粘接,以及结合光学粘接。 - 可实现70°C至200°C的温度范围,适用于各种玻璃、塑料和热敏感材料。 - 光加热和光子固化在多个科学和技术领域有应用,如选择性光热退火、生物医学应用、电子油墨涂层的精确干燥和固化。 - IonoQure开发了创新的粘接工艺,以降低复杂光学设备和大型显示器的制造成本。 核心数据引用: - 月球表面光暗温差高达300ºC。 - 粘合剂在12秒内达到150°C,保持10秒;在9秒内达到100°C,保持60秒。 关键点分条: - IonoQure Ltd.的成立背景和主要业务范围。 - 选择性光加热技术的原理和应用。 - 技术的温度适用范围和材料种类。 - 光加热和光子固化的多领域应用。 - 公司的创新粘接工艺和对未来展望的声明。
"光子固化技术如何工作?" "选择性光加热有哪些创新应用?" "IonoQure如何优化复杂设备制造?"
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