T1001

The human muscular system model, along with other tools such as the Full Body Trauma Manikin Trauma Training, and the High Fidelity Simulation Model Acls Training, are essential in medical education. These models provide a comprehensive understanding of muscle anatomy, including the location, size, and shape of different muscles.

Orthopedic surgeons, for instance, use their knowledge of muscle anatomy to perform surgeries involving muscle repair, reconstruction, or transplantation. They may also use the Full Body Training Manikin Aed Training to understand the impact of trauma on the muscular system.

Similarly, sports medicine professionals utilize the human muscular system model to assess and diagnose muscular imbalances, weaknesses, or injuries in athletes. They may also use the Electronic Cpr Manikin to demonstr

ate proper techniques for responding to sports-related emergencies.

The human muscular system model also plays a vital role in anatomy education for medical and nursing students. It aids in the identification and visualization of muscles during dissection or study of cadavers. Additionally, the Intravenous Injection Arm and the Intramuscular Injection Model can be used to practice injection techniques.In conclusion, the human muscular system model, along with other training tools like the Medical Training Manikin and the Full Body Cpr Training Manikin Cpr Training, serves as a valuable educational tool in medical training. These tools enhance the understanding of muscle anatomy, physiology, and function, enabling healthcare professionals to provide effective patient care, make accurate diagnoses, and develop appropriate treatment plans for various musculoskeletal conditions.

Features：
80cm human muscle model 

include 27 dissectible parts: body, cut calvarium, brain (2 parts), 

thoracic and abdominal wall, rig ht arm, lef t ar m (5 parts), 

leg (9 parts), lung (2parts), hear t (2 par ts), liver, stomach and intestine.