新型紫外線雷射技術提升高精密製造能力
New UV laser technology improves high-precision manufacturing
Updated at: June 19, 2026 at 03:00 AM
在現代製造業的世界中，一場靜悄悄的革命正因紫外線(UV)雷射技術而展開。
In the world of modern manufacturing, a quiet revolution is taking place thanks to ultraviolet (UV) laser technology.
與利用強烈熱能熔化材料的傳統紅外線雷射不同，UV雷射採用的是「冷加工」。
Unlike traditional infrared lasers that melt material with intense heat, UV lasers utilize 'cold processing.'
透過高能量光子直接斷開分子鍵，這些雷射能在不損壞周圍材料的情況下進行精確的切割與標記。
By using high-energy photons to break molecular bonds directly, these lasers allow for precise cutting and marking without damaging the surrounding material.
由於具備極短的波長，UV雷射能聚焦在僅有一微米大小的點上，使其成為半導體製造、電子產品生產及醫療器材製造中複雜任務的絕佳選擇。
Because of their incredibly short wavelengths, UV lasers can focus on spots as small as one micrometer, making them perfect for complex tasks in semiconductor manufacturing, electronics production, and medical device creation.
隨著產業向更短的脈衝週期與更緊湊的系統發展，UV雷射技術將持續作為下一代智慧製造的基石。
As the industry moves toward even faster pulse durations and more compact systems, UV laser technology is set to remain a fundamental building block of the next generation of smart manufacturing.
