Radial Artery Compression Devices

 I. Working Principle and Characteristics of Radial Artery Hemostat
Working Principle:

Radial artery hemostat promotes rapid hemostasis and healing at the puncture point by applying precise pressure at the radial artery puncture site, avoiding the prolonged compression and inconvenience of traditional hemostatic methods.

Immediate hemostasis:
It is able to achieve hemostasis quickly after puncture, which significantly shortens the postoperative hemostasis and observation time and improves the efficiency of the procedure.

Patient comfort:
With the radial artery hemostat, patients can move around in a shorter period of time, reducing the discomfort and potential complications caused by prolonged bed rest.

Ease of operation:
Designed for disposable use, the operation is simple and quick, which reduces the workload of healthcare personnel and also reduces the risk of cross-infection.

Second, the application in cardiology interventional surgery

Radial artery hemostat is widely used in coronary angiography, coronary stenting, heart valve repair and other interventional procedures via the radial artery route. Its importance is mainly reflected in:
Improving the safety of the procedure:

Through the immediate hemostasis function, it reduces the risk of bleeding and hematoma at the puncture site and improves the safety of the procedure.

Optimize patient experience:
Patients can resume activities faster after the procedure, which improves patient satisfaction and also reduces hospitalization time and medical costs.

Promote efficient utilization of medical resources:
Shorter post-operative recovery time allows for faster turnover of operating room and ward resources, improving hospital operational efficiency.