The laparoscopic linear stapler is a device used in surgery as an alternative to manual suturing and has significant advantages. The natural increase in the number of surgical procedures, the increased penetration of laparoscopic linear stapler, overlaid with the promotion of minimally invasive surgery, laparoscopic linear stapler market size is growing rapidly. The international laparoscopic linear stapler market size is close to $9.5 billion and has maintained an annual growth of 17% in recent years.

The emergence of the laparoscopic anastomosis has made it possible to perform surgeries that could not be done before, and has greatly expanded the scope of surgery, reduced the time of surgery, and improved the safety of surgery.

The following information about laparoscopic linear stapler is brought to you by Qianjing Medical.

The laparoscopic linear stapler is a surgical alternative to manual suturing. It works by using titanium staples to dissect or anastomose the tissue, similar to a stapler, in that two rows of interlocking staples are struck into the tissue and placed to cross suture it. Since the blood tubules can pass through the "B" shaped staples, the suture does not affect the blood supply to the distal part of the tissue and avoids the sequelae caused by tight or loose hand sutures, thus ensuring good tissue healing.

Compared to traditional manual suturing, instrumented suturing has the following advantages.

(1) Fast suturing, easy operation, saving surgical time

(2) Single-use, avoiding cross-contamination

(3) Use of titanium or stainless steel staples, tight suture and proper tightness

(4) Fewer side effects and surgical complications. In addition, it allows focal resection of previously unresectable tumors and is very popular among surgeons.

Features of the laparoscopic linear stapler: large opening to facilitate position adjustment; unique firing knob to facilitate left and right operation; full range of specifications for various surgeries; patented cam design for easier operation; same instrument can be replaced with a needle compartment for different thicknesses of tissue.

Depending on the scope of application, the laparoscopic linear stapler can be divided into linear anastomosis, circumferential anastomosis, linear cutting anastomosis, and laparoscopic anastomosis.

The trend is toward minimally invasive surgery and intelligent instrument operation. In traditional cardiothoracic surgery, for example, open-heart surgery is characterized by large wounds, excessive bleeding, and slow recovery, while minimally invasive surgery is assisted by advanced and highly precise surgical instruments to ensure the treatment of disease with minimal damage to the patient and maximize the reduction of trauma to the patient in the treatment process. It can be seen that laparoscopic linear stapler is bound to become the endpoint research and development direction for all kinds of surgical procedures.