飞秒激光设备

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安达智能营收稳步攀升,加快挖掘AI服务器、氢能源等新蓝海市场
Zheng Quan Shi Bao Wang· 2025-08-29 02:15
Core Viewpoint - The company faced challenges in the first half of 2025, including global trade tensions impacting overseas sales, but is actively working to enhance profitability through resource optimization and market expansion efforts [1][2]. Financial Performance - In the first half of 2025, the company achieved operating revenue of 342.59 million yuan, a year-on-year increase of 9.55% [1]. - Total assets at the end of the period reached 2.39 billion yuan, reflecting a growth of 4.93% from the beginning of the year [1]. - The overall gross margin declined due to lower initial gross margins on new products and changes in revenue structure [1]. Market Strategy - The company accelerated its overseas market expansion and strengthened its supply chain resilience [2]. - It reinforced its supply advantages with major global consumer electronics clients and increased efforts in emerging markets such as AI servers and hydrogen energy [2]. Research and Development - R&D investment totaled 62.04 million yuan, accounting for 18.11% of operating revenue [3]. - The company employed 411 R&D personnel, representing 25.31% of its total workforce [3]. - Significant progress was made in developing new intelligent valve bodies and optimizing existing models, enhancing product performance and stability [3]. Future Outlook - The company aims to drive smart manufacturing upgrades, focusing on R&D and product innovation while expanding into new fields such as automotive electronics and semiconductor packaging [4]. - It plans to implement Management By Plan (MBP) to optimize business structure and resource allocation, aiming to improve overall profitability and operational efficiency [4].
别小看身边的 “偶然”,它可能是创新的起点
3 6 Ke· 2025-05-20 00:55
偶然发现带来了许多科学突破。但与科学家不同,企业领导者和管理者往往不愿意接受偶然发现。在某种程度上,这是可以理解的。偶然发现 难以预测,企业不能完全依赖它来创新。企业存在的根本目的不是推动科学进步,而是盈利和发展。尽管如此,我们认为更多企业可以从偶然 发现中受益。 自20世纪90年代末以来,超过3000万人受益于一种名为LASIK(准分子激光原位角膜磨镶术)的视力矫正手术。在LASIK出现之前,外科医生使用手术刀 切开角膜,然后对其进行重塑以改善患者视力。这会对眼睛周围的组织造成很大损伤。而LASIK使用的是飞秒激光技术,它仅在一飞秒(千万亿分之一 秒)的时间内发射出强大的光脉冲,取代了手术刀。外科医生可以进行非常精确的切割,且不会造成任何附带损伤。 这项被称为啁啾脉冲放大(CPA)的基础技术,是20世纪80年代中期由法国物理学家热拉尔·穆鲁开发的,他也因此与唐娜·斯特里克兰共同获得了2018年 诺贝尔物理学奖。但将CPA产生的飞秒激光应用于眼科领域的想法,完全是偶然得来的。偶然发现并非纯粹的巧合,通常是意外发生的,用罗伯特·K·默 顿的话来说,它涉及"通过偶然或敏锐的洞察力,发现那些并非刻意寻找的东西"。 ...