An Intravenous Injection Arm, also known as a venipuncture training arm or phlebotomy arm, is a realistic model or mannequin used in medical training and simulation. It is designed to mimic the anatomy and feel of a human arm, specifically for practicing intravenous (IV) injections.
The arm typically consists of a silicone or synthetic material that closely resembles human skin and subcutaneous tissue. It may have visible veins embedded under the skin to simulate the process of locating and accessing veins for IV insertion. The veins can also be pressurized with fluid to replicate the pulsation of blood flow.
Intravenous injection arms are often used in medical schools, nursing programs, and training facilities to teach and practice venipuncture techniques. They provide a safe and controlled environment for students to develop their skills in inserting needles into veins, initiating IV access, and administering medications or fluids through an IV line.
To complement the training with intravenous injection arms, there are various other specialized medical training models available. These models cater to different aspects of medical education and skill development:
Mattress Sutures Model: This model is designed to simulate suturing techniques on a mattress-like surface, allowing healthcare professionals to practice stitching wounds.
Trauma Nursing Model: This model focuses on training nurses in Trauma Care, providing a realistic representation of traumatic injuries that require immediate attention and treatment.
High Fidelity Simulation Model: This model offers a comprehensive training experience, replicating real-life scenarios for medical professionals to practice critical decision-making and emergency response.
Acls Training: Advanced Cardiovascular Life Support (ACLS) training models help healthcare providers learn and enhance their skills in managing cardiac arrest and other cardiovascular emergencies.
Full Body Cpr Training Manikin: These manikins provide realistic feedback during cardiopulmonary resuscitation (CPR) training, enabling learners to practice proper chest compressions and rescue breathing techniques.
These are just a few examples of the wide range of medical training models available to enhance clinical skills. Each model serves a specific purpose in providing hands-on practice and realistic simulations for medical professionals, ensuring they are well-prepared to deliver high-quality patient care.
Features:
1. Adult arm, realistic blood vessels
2. Skin and vessel are replaceable
3. Venipuncture
ㅤ① Transfusion, blood sampling, etc.
ㅤ② Realistic feedback, correct puncture with a sense of
empty, has blood backflow