人体骨骼结构微观解剖
这款放大80倍的板层骨解剖模型，通过三维剖面详细展示了长骨复杂的内部结构。模型可呈现骨单位（哈弗斯系统）、骨膜，以及环形骨板、内骨板和间骨板；所有结构均标有编号并采用手工着色，便于识别。
模型由耐用、无毒的合成树脂制成，安装在带支架的底座上，并配有一张可在增强现实中激活交互式三维模型的信息卡，从而提升对骨骼系统的学习和理解。非常适合学生、医疗专业人员和教学演示。
交互式三维与增强现实学习
在提供相关资源的情况下，使用配套的交互式三维和增强现实资源，以更详细地检查和比较解剖结构。
Micro Anatomy Human Bone Structures Key Features
- Detailed representation of a lamellar bone, including various components.
- High precision in production, useful for medical professionals and students.
- Numbered and hand-painted to facilitate the identification of structures.
- Produced with resin approved in toxicological tests, guaranteeing safety.
- High-fidelity natural molding, resulting in detailed replicas.
- Manufactured from resistant and durable synthetic material.
Main Structures
- periosteum
- external circumferential lamellae
- internal circumferential lamellae
- Haversian system
- interstitial lamellae
Product Specifications
- Scale: 80x
- Material: Synthetic resin
- Type: Sectional lamellar bone model
描述
人体骨骼结构微观解剖
这款放大80倍的板层骨解剖模型，通过三维剖面详细展示了长骨复杂的内部结构。模型可呈现骨单位（哈弗斯系统）、骨膜，以及环形骨板、内骨板和间骨板；所有结构均标有编号并采用手工着色，便于识别。
模型由耐用、无毒的合成树脂制成，安装在带支架的底座上，并配有一张可在增强现实中激活交互式三维模型的信息卡，从而提升对骨骼系统的学习和理解。非常适合学生、医疗专业人员和教学演示。
交互式三维与增强现实学习
在提供相关资源的情况下，使用配套的交互式三维和增强现实资源，以更详细地检查和比较解剖结构。
主要特点
Micro Anatomy Human Bone Structures Key Features
- Detailed representation of a lamellar bone, including various components.
- High precision in production, useful for medical professionals and students.
- Numbered and hand-painted to facilitate the identification of structures.
- Produced with resin approved in toxicological tests, guaranteeing safety.
- High-fidelity natural molding, resulting in detailed replicas.
- Manufactured from resistant and durable synthetic material.
Main Structures
- periosteum
- external circumferential lamellae
- internal circumferential lamellae
- Haversian system
- interstitial lamellae
Product Specifications
- Scale: 80x
- Material: Synthetic resin
- Type: Sectional lamellar bone model
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