Versatile Injection Training Model

A multi-functional injection model refers to a type of injection molding machine that is capable of performing multiple functions or processes within a single machine. This type of machine is designed to provide versatility and efficiency by combining different capabilities into one system.

In traditional injection molding, a machine is used to inject molten plastic into a mold to create a specific shape or part. However, with a multi-functional injection model, additional processes can be integrated into the machine to achieve more complex or varied products.

One example of a multi-functional injection model is the Trauma Nursing Model, which is designed for training healthcare professionals in trauma care. This model allows medical practitioners to practice various skills such as intravenous injection and suturing techniques.

Another example is the Full Body Trauma Manikin, a high-fidelity simulation model that enables healthcare providers to train in advanced trauma scenarios. This manikin provides realistic training experiences for ACLS (Advanced Cardiovascular Life Support) training, CPR (Cardiopulmonary Resuscitation) training, and other emergency medical procedures.


Additionally, the Full Body Cpr Training Manikin is an electronic CPR manikin that offers comprehensive training for CPR techniques. It allows instructors to monitor and assess students' performance during CPR training.

These innovative training models, such as the Trauma Nursing Model, Full Body Trauma Manikin, and Full Body Cpr Training Manikin, contribute to the development of clinical skills necessary for medical professionals in various fields. By incorporating these models into training programs, healthcare providers can enhance their diagnostic, orthopedic, surgical, obstetrics and gynecology, pediatric, and geriatric care skills.

The utilization of multi-functional injection models in medical training not only improves the efficiency and effectiveness of skill acquisition but also provides a safe and controlled environment for healthcare professionals to practice and refine their techniques. These models play a crucial role in preparing medical professionals to deliver high-quality patient care and

 contribute to the advancement of healthcare education.

Features：
1. Rotation design allow shift the used parts away and
hincrease use life of the model
2. Equipped with a plastic base to increase the stability
3. Intradermal injection:
ㅤ①　The needle can be inserted at an Angle of 5°
ㅤ②　Correct operation will have a real reaction,similar to
negative result in skin test
ㅤ①　Allow repeating practice
4. Intradermal injection and subcutaneous injection