Amy standing shoulder joint puncture model

Amy standing shoulder joint puncture model

Detailed description of features/functions

High fidelity anatomical structure simulates the detailed anatomical structure of the shoulder joint, including the scapula, clavicle, humerus, deltoid muscle, biceps brachii muscle, and important ligaments, providing a realistic palpation and puncture experience

Multiple puncture methods support puncture from different angles and positions, such as anterior, lateral, and posterior puncture, simulating real clinical operations

Amy standing shoulder joint puncture model

Detailed description of features/functions

High fidelity anatomical structure simulates the detailed anatomical structure of the shoulder joint, including the scapula, clavicle, humerus, deltoid muscle, biceps brachii muscle, and important ligaments, providing a realistic palpation and puncture experience

Multiple puncture methods support puncture from different angles and positions, such as anterior, lateral, and posterior puncture, simulating real clinical operations

The intelligent evaluation system is equipped with an intelligent feedback system, which will provide corresponding prompts when puncturing correctly, helping students correct errors in a timely manner and improve operational accuracy

Durable and maintainable, made of high elasticity material, puncture resistant, replaceable skin and puncture cavity components, convenient for maintenance and extended service life

The application of teaching and assessment is suitable for teaching demonstrations in medical colleges and nursing schools, as well as skill training and assessment for clinical medical staff, ensuring the standardization and safety of operations

The Amy Li Shoulder Joint Puncture Model (Model IMY4128) is a simulation device used for clinical operation training, aimed at helping medical staff and students practice shoulder joint injection and puncture techniques. ‌

The design of this model is based on normal human anatomy structure, with biomimetic skin and obvious body surface markers, making it easy to palpate and locate, and simulate real operational experience; Made of polymer materials, it has high skin simulation and joint puncture resistance close to that of a real human body. Some versions are also equipped with an intelligent evaluation system, which provides feedback on the correctness of the operation through electronic indicator lights. ‌

Functionally, the model supports training on multiple puncture paths, such as the anterior and posterior approaches to the shoulder joint cavity, the acromion glide sac, the acromioclavicular joint, and the long head tendon sheath of the biceps brachii muscle. It can simulate scenarios for treating shoulder joint injuries or inflammation; Some models allow puncture from multiple angles and are indicated by a green light for correct operation. Incorrect operation may trigger a red light warning. ‌

In terms of use and maintenance, the model usually requires two AA batteries for power supply and comes with an instruction manual; The skin surface can be cleaned with soapy water, and some models support replacement to extend its service life. ‌