In the 14th century B.C., Arab doctors used giant ants to suture the wound. The giant ants were placed on the edge of the aligned wound so that they would bite the wound, then the body of the giant ant was removed, leaving the head to suture the wound. It can be said that this was the first suture apparatus. The first modern suture was invented by a Hungarian physician in 1908. Assembled from various metal parts, it weighed eight pounds and took up to two hours to assemble, but its double row of staples followed the "B" principle with the Modern sutures are identical.
The circular surgical stapler is used for anastomosis of various cavities. Two rows of circular cross-arranged staples can be driven into the cavity tissue to suture the two layers together; the built-in circular knife immediately Excess tissue is removed to form a circular anastomosis and complete the anastomosis of the lumen. At present, it is mainly used for end-anastomosis and end-lateral anastomosis of the esophagus, stomach, intestine, and other digestive tracts.
Effectively separate the main body of the sutured device from the sutured nail box. The main body of the suture unit and the stapler are made of high-quality medical-grade stainless steel with high strength, which is sterilized by high temperature and autoclaving and can be used repeatedly. The surgical stapler has the features of quick and reliable installation, convenient and flexible operation, smooth and accurate needle dispensing, good wound healing, small scar, and painless nail removal. Significantly reduces the cost of use and creates the conditions for widespread use of skin sutures.
Surgical staplers have revolutionized medical procedures by significantly reducing operation times and improving patient outcomes. These devices provide consistent and reliable wound closure, which is crucial for minimizing post-operative complications. The precision and efficiency of surgical staplers have made them indispensable in various types of surgeries, from gastrointestinal to thoracic procedures. There are different types of surgical staplers, including linear, circular, and skin staplers, each designed for specific applications. Their use has led to faster recovery times and reduced hospital stays, benefiting both patients and healthcare providers. Additionally, surgical staplers have enhanced the accuracy of tissue approximation, leading to better healing and reduced scarring. Overall, the impact of surgical staplers on medical procedures has been profound, transforming surgical practices and improving patient care.
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