




膝关节切面
通过我们的真人尺寸解剖模型,深入了解膝关节的复杂结构!模型逼真呈现了骨骼(股骨、胫骨和髌骨)、肌肉、韧带、肌腱、血管和软组织等细节,可用于深入的解剖学研究,帮助更好地了解常见损伤。
模型采用高品质合成树脂制成,经过手工彩绘并带有精确编号,配有聚合物底座和信息卡,可通过增强现实实现交互式3D可视化,提升学习效果并加深对各个结构的理解。非常适合学生、专业人士和解剖学爱好者。
交互式3D与增强现实学习
在提供相关资源的情况下,使用随附的交互式3D和增强现实资源,以更详细地观察和比较解剖结构。
Section Through the Knee Key Features
- Detailed representation of anatomical structures;
- High-precision natural molding;
- Manufactured from a stable synthetic material and resin approved in toxicological tests;
- Life-size replicas;
- Hand-painted with references and markings;
- Includes an information card with related structures.
Main Structures
- quadriceps femoris muscle
- quadriceps femoris tendon
- suprapatellar bursa
- patella
- prepatellar bursa
- patellar ligament
- infrapatellar bursa
- infrapatellar fat pad
- articular cartilage
- tibia
Product Specifications
- Material: Synthetic resin.
- Scale: Life-size.
描述
膝关节切面
通过我们的真人尺寸解剖模型,深入了解膝关节的复杂结构!模型逼真呈现了骨骼(股骨、胫骨和髌骨)、肌肉、韧带、肌腱、血管和软组织等细节,可用于深入的解剖学研究,帮助更好地了解常见损伤。
模型采用高品质合成树脂制成,经过手工彩绘并带有精确编号,配有聚合物底座和信息卡,可通过增强现实实现交互式3D可视化,提升学习效果并加深对各个结构的理解。非常适合学生、专业人士和解剖学爱好者。
交互式3D与增强现实学习
在提供相关资源的情况下,使用随附的交互式3D和增强现实资源,以更详细地观察和比较解剖结构。
主要特点
Section Through the Knee Key Features
- Detailed representation of anatomical structures;
- High-precision natural molding;
- Manufactured from a stable synthetic material and resin approved in toxicological tests;
- Life-size replicas;
- Hand-painted with references and markings;
- Includes an information card with related structures.
Main Structures
- quadriceps femoris muscle
- quadriceps femoris tendon
- suprapatellar bursa
- patella
- prepatellar bursa
- patellar ligament
- infrapatellar bursa
- infrapatellar fat pad
- articular cartilage
- tibia
Product Specifications
- Material: Synthetic resin.
- Scale: Life-size.
附加信息
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