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数字人科技亮相全球顶级模拟医学盛会IMSH2026！
发布时间：
2026-01-14 13:39
1月11日至13日，国际医学模拟界最具影响力的年度盛会——IMSH在美国德克萨斯州圣安东尼奥隆重举行。本届展会汇聚了来自全球2000余名医疗模拟专家与学者，以及160多家行业领军企业，共同呈现医疗模拟领域最前沿的创新成果。数字人科技作为中国数字医学领域的创新引领者，携高清数字人虚拟解剖台与数字人3D打印产品亮相645-646号展位，向全球展示中国智慧在医学教育与临床模拟领域的最新突破。
From January 11 to 13, IMSH — the most influential annual event in the global medical simulation community — was held in San Antonio, Texas, USA. The conference brought together more than 2,000 medical simulation experts and scholars from around the world, along with over 160 leading industry companies, collectively presenting the latest cutting-edge innovations in medical simulation.
As a leading innovator in China’s digital medicine sector, Digihuman exhibited its HD Digihuman Virtual Anatomy Table and Digihuman 3D printing products at Booth 645-646, showcasing China’s latest breakthroughs in medical education and clinical simulation to a global audience.
展会期间，数字人科技展台吸引了来自美国、德国、法国、西班牙、智利、秘鲁、哥伦比亚等国家的医学教育者、临床专家与模拟中心负责人。参观者对其数据的精细度、系统的实用性以及产品的创新性表示高度赞赏，不少机构现场表达了合作与引进意向。
During the exhibition, the Digihuman booth attracted medical educators, clinical experts, and simulation center directors from the United States, Germany, France, Spain, Chile, Peru, Colombia, and other countries. Visitors spoke highly of the precision of the data, the practicality of the system, and the innovative nature of the products. Many institutions also expressed strong on-site interest in cooperation and product adoption.
客户参观与洽谈
Client Visits and Business Discussions
从虚拟到现实：高清数字人解剖台革新医学教学范式
From Virtual to Reality: HD Digihuman Virtual Anatomy Table Redefines the Paradigm of Medical Education
高清数字人解剖台以自主研发的Tai Engine为核心引擎，实现超大规模、超高精度人体解剖结构的实时渲染与反复剖切、观察，并将高精度数字人、三维模型、临床病例与切片库融为一体，构建了从基础认知到临床实践的系统性训练闭环。其四大核心应用包括：
The HD Digihuman Virtual Anatomy Table is powered by the proprietary Tai Engine, enabling real-time rendering, repeated dissection, and observation of ultra-large-scale, ultra-high-precision human anatomical structures. It integrates high-precision Digihuman datasets, 3D models, clinical cases, and a histological slice library into a unified platform, forming a systematic closed-loop training pathway from foundational knowledge to clinical practice. Its four core application scenarios include:
1、多维解剖学习：了解人体的解剖结构形态及空间位置关系、大体和显微结构的对应表现以及常见的病例特征等；
Multidimensional Anatomical Learning: Comprehensive understanding of human anatomical morphology and spatial relationships, the correspondence between gross and microscopic structures, and the characteristic features of common clinical cases.
表面解剖学
Surface Anatomy
2、模拟解剖训练：在实体标本紧缺的背景下，为学生与医师提供可反复操作的虚拟解剖人体，结合真实病例提升临床思维；
Simulated Dissection Training: In the context of limited availability of physical specimens, it provides students and physicians with a virtual human for repeated dissection exercises, enhancing clinical reasoning by integrating real clinical cases.
虚拟解剖
Virtual Anatomy
3、整合课程体系：融合解剖学、组织学、病理学等多学科内容，支持以器官系统为中心的教学模式；
Integrated Curriculum: Combining anatomy, histology, pathology, and other disciplines, it supports an organ-system–centered teaching approach.
4、手术规划预演：内置内镜模拟与区域标注等功能，可用于研究手术入路、模拟操作流程，辅助术前规划与技能训练。
Surgical Planning and Rehearsal: Equipped with built-in endoscopy simulation and regional annotation features, it can be used to study surgical approaches, simulate procedural workflows, and assist in preoperative planning and skills training.
区域标注
Regional Annotation
截至目前，高清数字人虚拟解剖台系统已完成七个国际语言版本的开发，具体包括：中文、英语、阿拉伯语、俄语、法语、西班牙语和葡萄牙语，为更广泛的国际应用奠定了基础。
To date, the HD Digihuman Virtual Anatomy Table system has been developed in seven international languages, including Chinese, English, Arabic, Russian, French, Spanish, and Portuguese, laying the foundation for broader global adoption.
从数字到实体：高仿真、可定制的3D打印解剖解决方案
From Digital to Physical: Highly Realistic, Customizable 3D-Printed Anatomical Solutions
基于中国数字人高精度数据集，结合全彩色多材质3D打印技术，数字人科技推出系列高仿真解剖模型，以1:1真实还原人体结构，为解剖教学与临床培训提供可触可感的实物教具。
Leveraging Digihuman’s high-precision datasets and full-color, multi-material 3D printing technology, Digihuman has launched a series of highly realistic anatomical models. These 1:1 scale replicas faithfully reproduce human anatomy, providing tangible teaching aids for anatomy education and clinical training.
产品特色与适用场景如下：
Product Features and Application Scenarios:
1、教学与训练互补：可先通过虚拟系统学习解剖操作，再利用3D打印模型进行实体验证，强化理解与记忆；
Complementary Teaching and Training: Users can first learn anatomical procedures through the virtual system and then reinforce understanding and retention by practicing on 3D-printed models.
2、个性化定制支持：支持按需打印特定器官、病变结构或解剖变异模型，适用于案例教学、科研展示与手术模拟；
Personalized Customization: Supports on-demand printing of specific organs, pathological structures, or anatomical variations, suitable for case-based teaching, research presentations, and surgical simulation.
神经胶质瘤3D打印模型
3D-Printed Glioma Model
3、临床与跨学科应用：不仅可用于神经外科、耳鼻喉等手术入路模拟，还可结合工程、设计等学科，推动医工融合与创新教育。
Clinical and Interdisciplinary Applications: Can be used not only for simulating surgical approaches in neurosurgery, ENT, and other specialties, but also in conjunction with engineering, design, and other disciplines to promote medical-engineering integration and innovative education.
经鼻蝶垂体瘤手术入路模拟
Transnasal Transsphenoidal Pituitary Tumor Surgical Approach Simulation
数字人科技始终致力于以数字技术推动医学教育进步与临床能力提升。未来，公司将继续深化技术融合与产品迭代，为全球医疗模拟与教育培训提供更多来自中国的智慧解决方案。
Digihuman is committed to advancing medical education and enhancing clinical capabilities through digital technology. Moving forward, the company will continue to deepen technological integration and product iteration, providing more innovative solutions from China for global medical simulation and educational training.
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