The model features precise internal and external anatomical structures of the knee joint derived from digital human body data.
It can produce realistic ultrasound images of the knee joint under ultrasonic scanning, creating an authentic training environment.
Users can practice ultrasound-guided knee joint cavity puncture, fluid aspiration, drug injection, as well as blind puncture operations based on anatomical landmarks.
I. Core Target Users
1. Students of Medical Colleges (Basic Teaching) Undergraduates, standardized training residents and interns majoring in clinical medicine, sports medicine, rehabilitation medicine, medical imaging, anesthesiology and orthopedics. It is applied to classroom anatomical identification, basic musculoskeletal ultrasound scanning, and recognition of standard sections of meniscus, ligaments, bursae and joint cavity.It enables risk-free introductory practical training and avoids discomfort and misdiagnosis risks caused by practicing directly on patients.
