The role of hemostatic forceps in minimally invasive surgery mainly includes the following aspects:
1. Hemostasis: The most basic function of hemostatic forceps is to stop bleeding during surgery. Although minimally invasive surgery is less traumatic, it may still cause blood vessels to rupture and bleed during the operation. At this time, hemostatic forceps can be used to clamp the bleeding point to block the blood flow and achieve the effect of hemostasis.
2. Exposure of surgical area: In minimally invasive surgery, the surgical field of view is relatively small, so the surgical area needs to be fully exposed for easy operation. Hemostatic forceps can help pull tissues to make the surgical area clearer and facilitate the operation.
3. Separation of tissues: Hemostatic forceps can also be used to separate tissues. In minimally invasive surgery, specific tissues or organs may need to be separated. Hemostatic forceps can gradually separate the target tissue from the surrounding tissues through blunt separation to avoid unnecessary damage caused by sharp instruments.
4. Assisted knotting: In minimally invasive surgery, traditional manual knotting may be difficult due to limited operating space. At this time, hemostatic forceps can be used as an auxiliary tool to help tie knots in deep wounds to solve the problem of too deep surgical area.
In summary, hemostatic forceps play an important role in minimally invasive surgery. They can not only stop bleeding effectively, but also help expose the surgical area, separate tissues, and assist in knotting, greatly promoting the smooth progress of minimally invasive surgery.
