A wearable buttock model for gluteal intramuscular injection is a device designed to simulate the anatomy and feel of human buttocks for training purposes. It is primarily used in healthcare training settings such as nursing schools, medical simulation centers, and hospitals.
The model typically consists of a lifelike silicone or rubber material that mimics the texture and appearance of real skin and muscle. It is designed to be wearable, allowing the trainee to strap it onto their own body or onto a mannequin.
The wearable buttock model features specific landmarks and landmarks such as the iliac crest, greater trochanter, and the injection site for intramuscular injections into the gluteal muscle. These landmarks aid in proper needle placement and injection technique.
To enhance the training experience, healthcare professionals can also utilize other specialized training models such as:
Intravenous Injection Arm: This model allows trainees to practice administering intravenous injections, improving their skills in locating veins and properly inserting needles.
Mattress Sutures Model: Trainees can practice suturing techniques on this model, simulating the closure of wounds or incisions using different suture materials and methods.
Full Body Trauma Manikin: This high-fidelity simulation model provides a comprehensive training tool for trauma care, allowing trainees to practice various life-saving procedures in emergency situations.
By incorporating these training models, healthcare professionals can gain hands-on experience and refine their skills in a controlled environment. This comprehensive approach to training enables them to develop proficiency in a wide range of clinical skills, including first aid, trauma care, diagnostic skills, surgical techniques, obstetrics and gynecology, pediatric care, and more.
The wearable buttock model for gluteal intramuscular injection, along with other training models, plays a crucial role in enhancing the competence and confidence of healthcare professionals, ultimately leading to better patient care and outcomes.
Features：
1. Clear anatomical structure
2. Wearable design
3. Built-in monitoring system, indicating position, depth
by LED light and sound alert
4. Gluteus maximus, gluteus medius and gluteus minimus
injection
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