The article is provided by Jinan Zhuyan Instrument and Equipment, and the instrument refers to the standard "GBT2766-2022 Surgical Instruments - General Requirements and Test Methods for Non-cutting Articulated Instruments".
Medical hemostat gripping force refers to the force exerted by the hemostat when clamping a tissue or blood vessel. A hemostat is a device commonly used in medical procedures to clamp, fix, or control a bleeding point in order to perform surgical procedures. The magnitude of the gripping force is critical to the success of the procedure and the safety of the patient.
February**Dynamic Incentive Plan The clamping force of the hemostat should be strong enough to effectively clamp the tissue or blood vessel and prevent blood flow, thus facilitating the surgical operation. However, the clamping force should not be too strong to avoid damage or rupture of tissues or blood vessels. Proper gripping force should both effectively stop bleeding and avoid damage to surrounding tissues.
The gripping force of a medical hemostat depends on a number of factors, including the design of the hemostat, the quality of the build, the way it is used, and the skill of the surgeon.
The material, shape, size and surface treatment of the hemostat will also have an impact on its gripping force.
In order to ensure that the gripping force of the medical hemostat meets the surgical requirements, medical institutions will usually conduct quality control and testing on them. This includes checking the manufacturing quality of the hemostat, whether the clamping force is up to standard, whether it has been properly disinfected and cleaned before use, etc. In addition, surgeons need to be trained when using hemostats to ensure proper and safe use.