What is the design principle of radial artery compresses the hemostat, and how to ensure effective hemostasis?
Publish Time: 2025-02-20
As an important medical tool, radial artery compresses the hemostat is widely used in various occasions where bleeding needs to be quickly controlled, especially when dealing with arterial bleeding. Its unique design principle and efficient hemostasis mechanism make it an indispensable device for medical staff in emergency and surgery.The design principle of radial artery compresses the hemostat is based on physical compression hemostasis. It uses the special structure of the clamp body to apply pressure on the radial artery to form a pressure blockage, thereby effectively reducing or blocking blood flow and achieving the purpose of hemostasis. Specifically, the jaws of the hemostat are usually equipped with soft compression pads, which can fit tightly to the radial artery when pressure is applied to ensure that blood cannot pass smoothly.In order to ensure effective hemostasis, radial artery compresses the hemostat is usually designed with the following points in mind:
Pressure regulation: Hemostats are usually equipped with pressure regulating devices, such as spiral handles or pressure gauges, so that medical staff can adjust the applied pressure according to the specific conditions of the patient. This not only ensures the hemostatic effect, but also reduces damage to the patient's surrounding tissues.
Ergonomic design: The gripping part of the hemostat is usually ergonomic, which is convenient for medical staff to operate for a long time without fatigue. This not only improves the convenience of operation, but also ensures the stability and accuracy of the hemostatic process.
Safety locking mechanism: In order to prevent the hemostat from accidentally falling off or loosening during use, many products are equipped with a safety locking mechanism. This mechanism ensures that the hemostat remains stable after pressure is applied, thereby avoiding unnecessary risks.
Easy to clean and maintain: The material of the hemostat is usually selected from materials that are easy to clean and disinfect to ensure its hygiene and safety during use. In addition, some products are also designed with easy-to-disassemble structures to facilitate regular maintenance and maintenance by medical staff.
In summary, radial artery compresses the hemostat provides medical staff with a reliable and convenient hemostatic tool through its unique design principle and efficient hemostatic mechanism. However, during use, it is still necessary to pay attention to operating specifications and safety requirements to ensure the safety of patients and maximize the hemostatic effect.
