Core Viewpoint - The competition in the lithium battery equipment industry is shifting towards a global market, advanced technology, and intelligent manufacturing, with key factors including achieving a tenfold efficiency leap in core processes like laser cutting, establishing localized service systems globally, and positioning for next-generation solid-state batteries and AI manufacturing [2] Company Overview - HaiMoxing, as a representative of equipment companies focusing on laser technology, is leading the efficiency revolution and globalization in lithium battery manufacturing [3] - Dr. Zhao Shengyu, Chairman of HaiMoxing, emphasizes the company's strategic determination to prioritize customer interests despite challenges [5] Technological Advancements - The company is accelerating its layout in next-generation technologies, having secured over 400 million yuan in orders for a 2GWh production line from Xinjie Energy and delivered trial line equipment to top global clients [6] - In terms of intelligent manufacturing, the company is promoting large-scale implementation of AI, adopting a cross-disciplinary approach of "micro-nano and semiconductor" to tackle future challenges [7] Upcoming Conference Insights - Dr. Zhao will present a systematic overview of HaiMoxing's perspective on the "new order of global lithium battery equipment" at the upcoming conference [8] - Key areas of focus include: - Policy direction shifting from "subsidy-driven" to "rule-guided" [9] - Market dynamics evolving from "single-pole driven" to "multi-pole explosion" [10] - Technological evolution transitioning from "parallel exploration" to "convergent breakthroughs" [11] Strategic Initiatives - The company is addressing the critical question of how equipment firms can position themselves in the multi-route parallel landscape of the "post-lithium battery era" to avoid misdirection in technology investments [12] - HaiMoxing is advancing a "three localization" strategy (organization, service, innovation) which will be fully presented at the conference [13]

真空放电，即随着真空腔内的气压逐渐降低，当电极间的电压达到某个临界值时，气体分子被电离 并形成放电通道，导致电流突然增大的现象。电压越高，电场强度越大，气体分子被电离的概率也 就越高，因此更容易引发真空放电，进而导致电极和周围材料的烧蚀，甚至引发火灾或爆炸等安全 事故。 摘要 海目星激光的技术实力和市场竞争力再一次获得国际市场的认可。 近日，海目星自主研发的480V正极和负极高电压极卷干燥线，在经历了严格的质量检测与性能测 试，凭借其稳定性和高效能顺利完成了向美国市场的出货。 从设备性能来看，海目星成功攻克480V真空放电难题，该设备实现了节能降耗30%-70%，效率提 升≥200PPM。 本次里程碑式的出货，也标志着海目星激光的技术实力和市场竞争力再一次获得国际市场的认可。 美国市场的电压标准与挑战 当前，全球新能源产业正以前所未有的势头迈向"碳中和"。在这一浪潮中，锂电池的制造依赖着广 泛的国际合作，特别在北美这一全球最大的经济体，电池市场更是吸引着欧洲、日韩等电池企业的 竞相布局。 然而，当电池制造装备在进入美国市场时，面临着一项重要挑战——电压适配问题。美国工业用电 普遍遵循480V电压标准，而其他国 ...