Bleeding Control Arm Trainer (three types of wounds)

Advantages of Arm Bleeding Control:

Arm Bleeding Control, or bleeding control training arms, offer several advantages for medical training. Here are some examples:

1. Realistic Training Environment : Arm Bleeding Control devices are designed to simulate real human anatomy and bleeding scenarios, allowing trainees to practice in a controlled, yet realistic environment. This realistic simulation enhances the trainee’s ability to perform effective hemorrhage control in real-life situations.

2. Versatile Wound Types : Arm Bleeding Control devices often come with various types of wounds, such as lacerations, gunshot wounds, and eviscerations. This variety allows trainees to practice different hemorrhage control techniques, including direct pressure, tourniquet application, and wound packing.

3. Repeated Practice : The durable materials used in Arm Bleeding Control devices enable repeated practice without degrading the quality of the simulation. Trainees can repeatedly apply and refine their techniques, leading to greater proficiency.

4. Safety and Ethical Training : Arm Bleeding Control devices provide a safe and ethical way to practice life-saving techniques. Training on live subjects can be painful and impractical, whereas simulators offer a humane alternative.

5. Immediate Feedback and Learning : Many Arm Bleeding Control devices come with features that provide immediate feedback, such as realistic bleeding responses to applied techniques. This instant feedback helps trainees quickly understand the effectiveness of their interventions.

Technical Specs:

Material verified by SGS: Heavy metal-free, plasticizer-free, no PAHs.

Usage：

packing wounds、direct pressure、tourniquet application

Material：

Silicone

Total length：

80cm

Weight：

5.5kg

Wounds :

Radius 6.5cm, humerus 1cm, armpit 4cm

Cleaning：

Washable with soap water and reusable.

Applicable users：

Medical emergency personnel training, film and television industry simulation.

Remarks：

The model's size and shape are similar to the human body, providing trainees with the most realistic simulation experience.

Functionality :

• Direct pressure :
  Direct pressure is one of the most common methods for stopping bleeding. When applying direct pressure for hemostasis on the forearm, it is essential to locate the injured area and apply firm pressure just above the wound on the artery. This helps slow down the bleeding, providing rescuers with sufficient time to address the wound. Applying direct pressure requires a certain amount of force and pressure, but excessive force may lead to further injury. Therefore, in direct pressure hemostasis training, rescuers need to learn how to properly control the force and pressure to effectively stop bleeding without causing additional harm to the wound.When practicing direct pressure on an arm model, it's important to locate the injured area and apply firm pressure with a hemostatic dressing above the wound to help slow down the bleeding. Applying pressure requires a certain amount of force and pressure, but excessive force can lead to further injury. Therefore, in direct pressure training, rescuers need to learn how to control force and pressure appropriately to effectively stop bleeding without causing further harm to the wound.
• Tourniquet application :
  Using a tourniquet is also a common method for stopping bleeding. When direct pressure fails to effectively control bleeding, the application of a tourniquet can be another viable option. When applying a tourniquet to the forearm, it is important to secure the band above the injured area and gradually tighten it by hand. This helps slow down the bleeding, giving rescuers enough time to address the wound. Proper technique in applying and tightening the tourniquet is crucial to achieve hemostasis without causing additional harm.When massive bleeding cannot be controlled or when direct pressure are not effectively stopping the bleeding, the use of a tourniquet can be another effective method. When using a tourniquet on a forearm model, it should be tied above the injured area (proximal to the heart), tightened until the bleeding stops completely, and then medical personnel should be called to handle the wound.※ Proper training in the correct application of a tourniquet is necessary to achieve hemostasis without causing further harm.
• Wound packing :
  When the wound is deep or large, or when it is located at the junction of the trunk, consider using the technique of wound packing (junctional hemorrhage control). It is recommended to use gauze containing hemostatic agents. When practicing on a model, regular continuous gauze can be used. First, wrap several turns of gauze around the finger that will enter the wound deeply to protect it from being stabbed by bone fragments. Then, insert the gauze into the wound in the direction closest to the heart, pack the gauze tightly, and apply pressure to the wound from above to control bleeding. This technique requires multiple practices and is crucial for quickly managing various types of injuries and reducing blood loss. This technique has been incorporated into the TECC/TCCC training program.

When employing any other first aid techniques, it's essential to remain vigilant and undergo appropriate training while being mindful of potential risks and complications.

Characteristics：

• The skin is made of high-quality silicone material, simulating human skin.
• Highly realistic silicone arm.
• Flow control through gravity drainage bag (2L).
• Common simulated wounds (cuts, gunshot wounds, deep wounds).
• For a more realistic effect, use red liquid to simulate bleeding.
• Practice direct pressure.
• Practice tourniquet application.
• Practice wound packing.
• Each wound bleeds independently.
• The material is durable and can be cleaned with soap and water.
• Reusable.

The contents of the product：

• Silicone Professional Arm for Hemorrhage Control Training (Three Types of Trauma: Tourniquet Application, direct pressure, Wound Packing).
• Product packaging.
• Gravity drainage bag (2 liters).
• Tourniquet is not included in the supply range.