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論壇回放 | 藍光半導體激光器的光學整形

Time:2022-07-25

2022年7月28日,炬光科技出席光電匯舉辦的主題論壇——“光言萬物”。在本次論壇中,炬光科技激光光學事業部亞太區產品線總監喬娟發表題為《藍光半導體激光器的光學整形》的報告。 報告摘要 藍光半導體激光器的應用在最近幾年得到廣泛拓展,持續推動著銅、鋁等高反材料加工方式的變革。與紅外光相比,藍光對高反金屬的高吸收率為傳統工業應用,如切割,焊接帶來了巨大的便利。除材料加工外,藍光在醫療、照明、泵浦等領域的應用也倍受關注。 對藍光半導體激光器的光學整形,相較于紅外半導體激光器更有挑戰: ? 常用的光學材料對藍光的吸收高于紅外光,比如紅外光常用的高折射率玻璃S-TIH53; ? 材料對激光的吸收會導致熱透鏡效應,致使產品尺寸變化進而影響產品光學性能; ? 微光學透鏡的溫升可能會影響膠水性能,進而影響產品光學性能。 熔融石英由于對藍光吸收極低,是藍光微光學元器件的理想材料,但熔融石英具有折射率較低的缺點,這就要求從光學設計的角度進行優化,從而更好地對材料進行應用。 微信圖片_20220725085435.png 炬光科技為藍光半導體激光器整形提供光學元器件。在完善的質量管理體系下,通過選用合適的光學材料、進行合理的光學設計以及光學鍍膜,使光學元器件的整形性能以及質量能夠得到充分保證。 微信圖片_20220725085446.png 演講人信息 微信圖片_20220725085451.jpg 演講人:喬娟,激光光學事業部亞太區產品線總監。德國柏林洪堡大學理學碩士,自2012年起加入炬光科技,曾擔任海外銷售經理、市場部高級經理、半導體激光事業部產品線總監等職位。 我們的優勢 微信圖片_20220725085456.png 炬光科技憑借 30 年的微光學設計和制備經驗,可以精準調控光子,將光束整形成具有特定形狀、功率密度和光強分布的光斑,從而實現針對特定應用的最佳優化效果。炬光科技的微光學元器件采用晶圓級同步結構化技術制備,晶圓最大尺寸可達 300x300mm2,微光學晶圓可選用各類無機材料,如熔融石英、高折射率光學玻璃以及硅等。 炬光科技通過技術創新、卓越制造和快速響應,成為全球可信賴的光子應用解決方案提供商! 會議介紹 "光言萬物”論壇將于7月28日在線舉辦,歡迎掃描二維碼免費注冊報名,與炬光科技一起探索藍光半導體激光器的光學整形。我們期待與您在直播間交流探討! 微信圖片_20220725085502.jpg
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