It not only determines the simulation degree of the model, but also directly affects the operating experience of medical staff during the training process. Here is a detailed introduction to the materials used in the main components of the model:

Skin material: The skin part of the model is usually made of environmentally friendly plastic materials or polymer materials. These materials are not only highly realistic, able to simulate the touch and texture of real skin, but are also durable and resistant to wear and tear. At the same time, they also have good disinfection and cleaning properties, ensuring that they can still maintain good hygiene after multiple uses.

Blood vessel material: Blood vessels are a key part of the model, and the selection of their materials is directly related to the accuracy of simulated puncture. In order to achieve a highly realistic vascular structure, models usually use environmentally friendly latex materials or latex materials. These materials are soft and elastic and can simulate the shape and feel of real blood vessels, allowing medical staff to feel feedback similar to real operations during practice.

Arm bone material: The arm bone part is usually made of environmentally friendly PVC material or foam material. These materials are both lightweight and strong, able to support the structure of the entire arm while maintaining a high degree of realism. In addition, they have good impact resistance, ensuring that the model maintains a stable shape and structure over long periods of use.

Other parts: In addition to the main parts mentioned above, the model may also include other auxiliary parts, such as infusion devices, pallets, etc. The materials for these components have also been carefully selected to ensure that they blend seamlessly with the rest of the model to form a highly realistic, fully functional venipuncture infusion arm model.

In general, the fully functional venipuncture and infusion arm model fully considers factors such as simulation, durability, hygiene and operating experience in the selection of materials, aiming to provide a real and controllable training environment for medical staff to help They advance their skill level in venipuncture and infusion.