在当今全球医疗健康领域，癌症始终占据着因疾病致死原因的榜首之位，纵览人类历史长河，这一严峻态势亦未发生显著改变。而当下，随着医疗科技的飞跃式发展，实时可视的癌症切除手术已成为现实，为人类抗击癌症带来了新的曙光。
钰臻元将 CTO 韩英根博士长期深耕所取得的卓越研究成果商业化--“Life Genie”横空出世。秉持着对人类健康高度负责的使命感，我们充分发挥年轻团队的蓬勃朝气与创新精神，持续加大研发力度，立志将其雕琢成守护人类健康的利刃先锋，使其在全球医疗舞台上绽放璀璨光芒，为实现这一宏伟目标，钰臻元全体上下一心，正以无畏的勇气和坚定的决心在奋进的道路上笃定前行。
愿景：精准迅速诊断癌症，革新治疗模式，成为全球提升患者生存率和生活质量的先驱者，照亮抗癌希望之路。
使命：- 运用AI 与深度学习影像技术，降低误诊，实现早期精准诊断。
- 打造以患者为中心的诊断方案，保障便捷与安全。
- 为医务人员提供优质成像与界面，助力快速诊断。
- 研发环保设备，营造可持续医疗环境。
- 提供全球可及的创新诊断方案，赋能全球医疗机构，共筑人类健康防线。
关于我们
在当今全球医疗健康领域，癌症始终占据着因疾病致死原因的榜首之位，纵览人类历史长河，这一严峻态势亦未发生显著改变。而当下，随着医疗科技的飞跃式发展，实时可视的癌症切除手术已成为现实，为人类抗击癌症带来了新的曙光。
钰臻元将 CTO 韩英根博士长期深耕所取得的卓越研究成果商业化--“Life Genie”横空出世。秉持着对人类健康高度负责的使命感，我们充分发挥年轻团队的蓬勃朝气与创新精神，持续加大研发力度，立志将其雕琢成守护人类健康的利刃先锋，使其在全球医疗舞台上绽放璀璨光芒，为实现这一宏伟目标，钰臻元全体上下一心，正以无畏的勇气和坚定的决心在奋进的道路上笃定前行。
技术介绍
MOI
Multispectral optical imaging (MOI) technology effectively provides enhanced detection and identification regarding different diseases or materials regarding molecules with high precision and accuracy, allowing non-destructive analysis for objects.
AOI
Automated optical inspection (AOI) technology successfully realizes high-speed, accurate, and consistent inspection tasks, making significant contributions to the manufacturing standards in modern electronics across safety-critical sectors such as medical regarding many tumors, lesions etc., automotive, and aerospace.
SWIR
Shortwave infrared (SWIR) technology significantly enhances deep tissue imaging while maintaining high accuracy and resolution are crucial objectives and challenges in bioimaging, which is used to investigate various processes in living organisms.
BP
Biophotonics (BP) technology strongly develops medical imaging, diagnostics, and therapy by visualizing the interaction between laser optics and cell biology/medicine, which can make it crucial for advances in non-invasive detection of diseases at early stages.
技术介绍
MOI
Multispectral optical imaging (MOI) technology effectively provides enhanced detection and identification regarding different diseases or materials regarding molecules with high precision and accuracy, allowing non-destructive analysis for objects.
MOI
Multispectral optical imaging (MOI) technology effectively provides enhanced detection and identification regarding different diseases or materials regarding molecules with high precision and accuracy, allowing non-destructive analysis for objects.
AOI
Automated optical inspection (AOI) technology successfully realizes high-speed, accurate, and consistent inspection tasks, making significant contributions to the manufacturing standards in modern electronics across safety-critical sectors such as medical regarding many tumors, lesions etc., automotive, and aerospace.
AOI
Automated optical inspection (AOI) technology successfully realizes high-speed, accurate, and consistent inspection tasks, making significant contributions to the manufacturing standards in modern electronics across safety-critical sectors such as medical regarding many tumors, lesions etc., automotive, and aerospace.
SWIR
Shortwave infrared (SWIR) technology significantly enhances deep tissue imaging while maintaining high accuracy and resolution are crucial objectives and challenges in bioimaging, which is used to investigate various processes in living organisms.
SWIR
Shortwave infrared (SWIR) technology significantly enhances deep tissue imaging while maintaining high accuracy and resolution are crucial objectives and challenges in bioimaging, which is used to investigate various processes in living organisms.
BP
Biophotonics (BP) technology strongly develops medical imaging, diagnostics, and therapy by visualizing the interaction between laser optics and cell biology/medicine, which can make it crucial for advances in non-invasive detection of diseases at early stages.
BP
Biophotonics (BP) technology strongly develops medical imaging, diagnostics, and therapy by visualizing the interaction between laser optics and cell biology/medicine, which can make it crucial for advances in non-invasive detection of diseases at early stages.
商业合作
商业合作
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