The development of surgical procedures is inseparable from the advancement of vessel sealing technology. With the improvement of living standards, patients demand higher standards in terms of the time required for haemostasis during surgery, as well as reduced damage, enhanced safety, and increased reliability. These demands have significantly driven the development of vessel sealing instruments.

A wide variety of vessel sealing instruments are now available on the market. These devices have different scopes of application. In actual use, it is necessary to select appropriate sealing instruments in response to specific vessel sealing requirements. This part depends on the doctor's experience. Frequent replacement of instruments also increases the doctor's workload and is not conducive to improving surgical efficiency. Some instruments have limited degrees of movement freedom at the end of device, making it difficult to grasp non-free blood vessels.

Research indicates that ergonomically designed laparoscopic instruments can significantly reduce the time surgeons take to complete hand-eye coordination tasks and improve their performance during laparoscopic surgery. Therefore, it is crucial to develop a vascular closure device that is widely applicable, easy to operate, and simple to use.

The AGISEAL series of vessel sealer dividers from ShouLiang-med aligns with the current trends in energy-based medical devices. It has a mature and precise energy control system, which can achieve accurate closure of blood vessels, improve the quality of tissue closure, and reduce thermal damage to normal tissues;its deeply optimized jaw design can achieve clamping in a larger size range and more precise tissue positioning; The multi-degree-of-freedom grasping, cutting, and closure-capable jaw tip maximises flexibility to meet the individualised operational needs of clinical practitioners. The ergonomic instrument handle greatly enhances surgeon comfort during operation, which is also key to improving surgical hemostasis efficiency.

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