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.
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.
“LifeGenie”癌症手术导航仪融合了人工智能、深度学习成像技术以及短波红外荧光引导手术成像技术。借助强化学习和卷积神经网络，通过海量医学影像数据进行训练，构建起高度自适应的手术系统。它能够实现早期精准诊断，革新治疗模式，提高图像识别精度，帮助医生快速做出决策，为患者带来更好的治疗效果。
“LifeGenie”癌症手术导航仪融合了人工智能、深度学习成像技术以及短波红外荧光引导手术成像技术。借助强化学习和卷积神经网络，通过海量医学影像数据进行训练，构建起高度自适应的手术系统。它能够实现早期精准诊断，革新治疗模式，提高图像识别精度，帮助医生快速做出决策，为患者带来更好的治疗效果。
实际应用
乳腺癌前哨淋巴结活检
Breast Cancer Sentinel lymph Node Biopsy
淋巴结肿瘤切除术
Tumor resection--lymph node
肝癌的荧光成像
Fluorescent imaging for liver cancer
实际应用
乳腺癌前哨淋巴结活检
Breast Cancer Sentinel lymph Node Biopsy
肝癌的荧光成像
Fluorescent imaging for liver cancer
淋巴结肿瘤切除术
Tumor resection--lymph node
