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Our Research Center in Stanford 我们在斯坦福的研发中心
AI & Robotics Empowering Beauty，based in Stanford AI Lab
AI Lab 人工智能与机器人赋能美丽，总部位于斯坦福人工智能实验室
Stanford AI Lab
斯坦福大学人工智能实验室研究与生产
Stanford AI Lab Reserch & Production
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The Stanford Artificial Intelligence Laboratory (SAIL) has been a center of excellence for Artificial Intelligence research, teaching, theory, and practice since its founding in 1963.
斯坦福人工智能实验室 (SAIL) 自 1963 年成立以来一直是人工智能研究、教学、理论和实践的卓越中心。
Mainly focuses on finite element mechanics analysis modeling and artificial intelligence, and has published many SCI papers in the fields of machine learning and mechanics modeling. PhD from Stanford University, dual undergraduate degree from University of Michigan, Worked at Facebook Stanford AI Lab researcher. 主要研究方向为有限元力学分析建模和人工智能，在机器学习和力学建模领域发表多篇SCI论文。 斯坦福大学博士、密歇根大学双学士学位、曾就职于Facebook 斯坦福人工智能实验室研究员。
Co-founder of Beijing Changmugu Medical Technology, which is the largest orthopedic robotic company in China, assisted in publishing multiple journal articles in the field of orthopedics, applied for 30+ invention patents, participated in the application and implementation of multiple national medical projects.The surgical robotic product has been launched in 400+ Class II and above hospitals in recent three years, with 15,000 orthopedic surgeries conducted. Master's degree in Computer Science from Stanford University, Stanford AI Lab researcher. 国内最大的骨科机器人公司北京长木谷医疗科技联合创始人，协助发表骨科领域期刊论文多篇，申请发明专利30余项，参与多个国家医疗项目的申报和实施。近三年，手术机器人产品已在400多家二级及以上医院上线，完成骨科手术1.5万例。 斯坦福大学计算机科学硕士，斯坦福AI实验室研究员。
Worked for Eberspächer Automotive Technology (Beijing) Co., Ltd., responsible for the design of passenger car temperature control systems, integrating sensors and PID control circuits into FPGA modules. Worked in the self-driving project team of BMW in Germany. Worked in Huawei's HiSilicon smart chip department and was independently responsible for the maintenance, optimization, and reconstruction of the AI chip software architecture. Master in Artificial Intelligence from TU Dortmund, Germany 曾就职于埃贝赫汽车技术（北京）有限公司，负责客车温度控制系统设计，将传感器和PID控制电路集成到FPGA模块中。 曾就职于德国宝马自动驾驶项目团队。 曾就职于华为海思智能芯片部门，独立负责AI芯片软件架构的维护、优化、重构。 德国多特蒙德工业大学人工智能硕士
Mainly focuses on finite element mechanics analysis modeling and artificial intelligence, and has published many SCI papers in the fields of machine learning and mechanics modeling. PhD from Stanford University, dual undergraduate degree from University of Michigan, Worked at Facebook Stanford AI Lab researcher. 主要研究方向为有限元力学分析建模和人工智能，在机器学习和力学建模领域发表多篇SCI论文。 斯坦福大学博士、密歇根大学双学士学位、曾就职于Facebook 斯坦福人工智能实验室研究员。
Co-founder of Beijing Changmugu Medical Technology, which is the largest orthopedic robotic company in China, assisted in publishing multiple journal articles in the field of orthopedics, applied for 30+ invention patents, participated in the application and implementation of multiple national medical projects.The surgical robotic product has been launched in 400+ Class II and above hospitals in recent three years, with 15,000 orthopedic surgeries conducted. Master's degree in Computer Science from Stanford University, Stanford AI Lab researcher. 国内最大的骨科机器人公司北京长木谷医疗科技联合创始人，协助发表骨科领域期刊论文多篇，申请发明专利30余项，参与多个国家医疗项目的申报和实施。近三年，手术机器人产品已在400多家二级及以上医院上线，完成骨科手术1.5万例。 斯坦福大学计算机科学硕士，斯坦福AI实验室研究员。
Worked for Eberspächer Automotive Technology (Beijing) Co., Ltd., responsible for the design of passenger car temperature control systems, integrating sensors and PID control circuits into FPGA modules. Worked in the self-driving project team of BMW in Germany. Worked in Huawei's HiSilicon smart chip department and was independently responsible for the maintenance, optimization, and reconstruction of the AI chip software architecture. Master in Artificial Intelligence from TU Dortmund, Germany 曾就职于埃贝赫汽车技术（北京）有限公司，负责客车温度控制系统设计，将传感器和PID控制电路集成到FPGA模块中。 曾就职于德国宝马自动驾驶项目团队。 曾就职于华为海思智能芯片部门，独立负责AI芯片软件架构的维护、优化、重构。 德国多特蒙德工业大学人工智能硕士
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吴捷
Mainly focuses on finite element mechanics analysis modeling and artificial intelligence, and has published many SCI papers in the fields of machine learning and mechanics modeling. PhD from Stanford University, dual undergraduate degree from University of Michigan, Worked at Facebook Stanford AI Lab researcher. 主要研究方向为有限元力学分析建模和人工智能，在机器学习和力学建模领域发表多篇SCI论文。 斯坦福大学博士、密歇根大学双学士学位、曾就职于Facebook 斯坦福人工智能实验室研究员。
安奕成
Co-founder of Beijing Changmugu Medical Technology, which is the largest orthopedic robotic company in China, assisted in publishing multiple journal articles in the field of orthopedics, applied for 30+ invention patents, participated in the application and implementation of multiple national medical projects.The surgical robotic product has been launched in 400+ Class II and above hospitals in recent three years, with 15,000 orthopedic surgeries conducted. Master's degree in Computer Science from Stanford University, Stanford AI Lab researcher. 国内最大的骨科机器人公司北京长木谷医疗科技联合创始人，协助发表骨科领域期刊论文多篇，申请发明专利30余项，参与多个国家医疗项目的申报和实施。近三年，手术机器人产品已在400多家二级及以上医院上线，完成骨科手术1.5万例。 斯坦福大学计算机科学硕士，斯坦福AI实验室研究员。
黄琪
Worked for Eberspächer Automotive Technology (Beijing) Co., Ltd., responsible for the design of passenger car temperature control systems, integrating sensors and PID control circuits into FPGA modules. Worked in the self-driving project team of BMW in Germany. Worked in Huawei's HiSilicon smart chip department and was independently responsible for the maintenance, optimization, and reconstruction of the AI chip software architecture. Master in Artificial Intelligence from TU Dortmund, Germany 曾就职于埃贝赫汽车技术（北京）有限公司，负责客车温度控制系统设计，将传感器和PID控制电路集成到FPGA模块中。 曾就职于德国宝马自动驾驶项目团队。 曾就职于华为海思智能芯片部门，独立负责AI芯片软件架构的维护、优化、重构。 德国多特蒙德工业大学人工智能硕士
吴捷
Mainly focuses on finite element mechanics analysis modeling and artificial intelligence, and has published many SCI papers in the fields of machine learning and mechanics modeling. PhD from Stanford University, dual undergraduate degree from University of Michigan, Worked at Facebook Stanford AI Lab researcher. 主要研究方向为有限元力学分析建模和人工智能，在机器学习和力学建模领域发表多篇SCI论文。 斯坦福大学博士、密歇根大学双学士学位、曾就职于Facebook 斯坦福人工智能实验室研究员。
安奕成
Co-founder of Beijing Changmugu Medical Technology, which is the largest orthopedic robotic company in China, assisted in publishing multiple journal articles in the field of orthopedics, applied for 30+ invention patents, participated in the application and implementation of multiple national medical projects.The surgical robotic product has been launched in 400+ Class II and above hospitals in recent three years, with 15,000 orthopedic surgeries conducted. Master's degree in Computer Science from Stanford University, Stanford AI Lab researcher. 国内最大的骨科机器人公司北京长木谷医疗科技联合创始人，协助发表骨科领域期刊论文多篇，申请发明专利30余项，参与多个国家医疗项目的申报和实施。近三年，手术机器人产品已在400多家二级及以上医院上线，完成骨科手术1.5万例。 斯坦福大学计算机科学硕士，斯坦福AI实验室研究员。
黄琪
Worked for Eberspächer Automotive Technology (Beijing) Co., Ltd., responsible for the design of passenger car temperature control systems, integrating sensors and PID control circuits into FPGA modules. Worked in the self-driving project team of BMW in Germany. Worked in Huawei's HiSilicon smart chip department and was independently responsible for the maintenance, optimization, and reconstruction of the AI chip software architecture. Master in Artificial Intelligence from TU Dortmund, Germany 曾就职于埃贝赫汽车技术（北京）有限公司，负责客车温度控制系统设计，将传感器和PID控制电路集成到FPGA模块中。 曾就职于德国宝马自动驾驶项目团队。 曾就职于华为海思智能芯片部门，独立负责AI芯片软件架构的维护、优化、重构。 德国多特蒙德工业大学人工智能硕士
CLinical HELENA RUBINSTEIN Pro-Xylane Importion With Thermo Repair  Stanford AI Lab 临床 HELENA RUBINSTEIN Pro-Xylane 导入  斯坦福大学人工智能实验室进行热修复
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Both high energy heat and pro-xylane will stimulate the regeneration of collagen protein.
The large amount of combination of pro-xylane and cells will fix water and increase the adhesion of cells, making skin moist and elastic.
Heat will stimulate the motion activity of pro-xylane and biological activity of cells, increasing the probability of their combining largely.
Use heat as a guidance to open pores and lead pro-xylane to deeper layers of skin.
高热能和原木聚糖都会刺激胶原蛋白的再生。
大量的原木聚糖与细胞结合，固定水分，增加细胞的粘附力，使皮肤湿润、富有弹性。
热量会刺激原木聚糖的运动活性和细胞的生物活性，大大增加它们结合的可能性。
使用热量作为引导打开毛孔，并将原木聚糖引导至更深层的皮肤
Products for sale
在售产品
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Product center
产品中心
斯坦福大学AI实验室基于高能AI的热导入与修复技术
High Energy AI Based Thermal Importion & Repair Technology of Stanford AI Lab
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The total treatment power of 100~120W reaches 3.5 millimeters depth below skin, using heat as a guidance to open pores and lead cosmetics to deeper layers of skin to increase the absorption and effect of cosmetics. And the technology could achieve the same level of treatment parameters as the ThermalLift series products.
100~120W的总治疗功率达到皮下3.5毫米深度，以热量为导向，打开毛孔，引导化妆品深入肌肤深层，增加化妆品的吸收和效果。该技术可达到与ThermalLift系列产品同等水平的治疗参数。
Facial data is collected and an AI algorithm is used to conduct a comprehensive facial aging assessment. After the treatment plan is output, the system automatically controls the treatment parameters to achieve the effect of cosmetic importion, increasing the absorption effectiveness of cosmetics
采集面部数据，利用AI算法进行全面的面部老化评估。治疗方案输出后，系统自动控制治疗参数，达到化妆品导入的效果，增加化妆品的吸收效果。
Thermage-Importion Mask
热玛吉导入面膜
For Pan-consumption scenarios, like hotel, SPA, salon.针对泛消费场景，如酒店、SPA、沙龙等。
经过AI评估后，面膜自动控制治疗参数，解放消费者/治疗师的劳动力，提高化妆品的吸收效果。
After AI assessment progress, the mask automatically controls the treatment parameters, liberating the labor of consumers/therapists and increasing the absorption effectiveness of cosmetics.
相控阵面膜设计，约15个射频热玛吉头并联组成相控阵系统，采用多层电路堆叠技术，这就是“热玛吉”面膜。
Phased array facial mask design, ~15 radio frequency thermage heads are connected in parallel to form a phased array system, using multi-layer circuit stacking technology, which is “Thermage” mask. 
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Neptune Robotics(Prototype)海神机器人
Eyebrow tattooing with automatic design and navigation
自动设计和导航的纹眉
肉毒毒素自动评估、计划和导航
Botulinum toxin automatic assessment, plan and navigation
有针/无针水光，全身自动注射，利用AI控制算法减少液体渗漏
Needle/Needle-free Skin Booster, automatic injection for the whole body, reducing fluid leakage using AI control algorithm.
Neptune Robotics(Mass production version)量产版
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Skin Booster Injection Device
Mechanical Perception & Bionic System
Multi-Needles 9 Pins Skin Booster Head
Suspended Braking System 
Vision-Force Sensor Attitude Correction Module
3D Tracking Camera with AI-Based Spatial Perception System
Research Articles
科研文章
Deep learning for diagnosing osteonecrosis of the femoral head based on magnetic resonance imaging.(Computer Methods and Programs in Biomedicine, accepted)
Secondary Upper Blepharoplasty:  Dynamic Eyelid Evaluation Using Deep Neural Network Technique.(Plastic and Reconstructive Surgery, PRS, reviewing now)
Automated 3D Perioral Landmark Detection Using High-Resolution Network: Artificial Intelligence-Based Anthropometric Analysis. (Aesthetic Surgery Journal, ASJ, accepted)
Automated anatomical landmark detection on 3D facial images using U-NET-based deep learning algorithm.(Quantitative Imaging in Medicine and Surgery, QIMS, accepted)
Research Articles
科研文章
Multi-scale and multi-physics deterioration modelling for design and assessment of reinforced concrete structures. (RILEM Technical Letters)
Life cycle optimization of durability performance of built infrastructure using multi-physics deterioration models(Life-Cycle Civil Engineering: Innovation, Theory and Practice)
An international survey on AI in radiology in 1,041 radiologists and radiology residents part 1: fear of replacement, knowledge, and attitude.(European radiology)
Assessing and managing the sustainability of reinforced ECC panels by integrating optimization with multi-physics corrosion modelling. (9th RILEM International Symposium on Fibre Reinforced Concrete)
Assessing and managing the sustainability of reinforced ECC panels by integrating optimization with multi-physics corrosion modelling. (9th RILEM International Symposium on Fibre Reinforced Concrete)
Life cycle optimization of durability performance of built infrastructure using multi-physics deterioration models(Life-Cycle Civil Engineering: Innovation, Theory and Practice)
Multi-scale and multi-physics deterioration modelling for design and assessment of reinforced concrete structures. (RILEM Technical Letters)
An international survey on AI in radiology in 1,041 radiologists and radiology residents part 1: fear of replacement, knowledge, and attitude.(European radiology)
Patents
专利

17153950295105b7183e64703529babab5caa6c50ea9b圆点A Facial Injection System for Medical Aesthetics Based on Artificial Intelligence Robots


圆点A safety system and algorithm for cosmetic injection based on artificial intelligence and finite element analysis


圆点Design and modulation method of a facial anti-aging RF circuit


圆点An algorithm based on deep learning for identifying anti-aging points around the eyes


圆点A household phased array facial mask RF instrument


圆点Intelligent control system for beauty equipment and robotic armsIntelligent control system for beauty equipment and robotic arms


圆点A medical cosmetic facial injection robot system that includes preoperative planning and intraoperative navigation functions


圆点A subcutaneous temperature measurement system based on silicon lens mid infrared focusing optical path adjustment technology


圆点A facial aging evaluation algorithm based on deep learning and optical flow tracking

A Facial Injection System for Medical Aesthetics Based on Artificial Intelligence Robots
A safety system and algorithm for cosmetic injection based on artificial intelligence and finite element analysis
Design and modulation method of a facial anti-aging RF circuit
An algorithm based on deep learning for identifying anti-aging points around the eyes
A household phased array facial mask RF instrument
Intelligent control system for beauty equipment and robotic armsIntelligent control system for beauty equipment and robotic arms
A medical cosmetic facial injection robot system that includes preoperative planning and intraoperative navigation functions
A subcutaneous temperature measurement system based on silicon lens mid infrared focusing optical path adjustment technology
A Facial Injection System for Medical Aesthetics Based on Artificial Intelligence Robots
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