With the improvement of our economic level and continuous progress in medical technology, medical conditions and facilities are rapidly developing. Medical staplers are commonly used for special populations, and they are devices used during surgery to replace traditional manual suturing.
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The medical stapler is mainly composed of a nail warehouse clamp, a nail abutment, a straight tube, an adjusting knob, a firing handle, a movable handle, a fixed handle, a switching button, a knife display, a reset button, and a medical stapler. Compared with traditional manual suturing, medical staplers have the characteristics of fast stitching, simple operation, high safety factor, low recurrence, and low surgical complications. They can effectively improve the efficiency of medical personnel and ensure the safety of patients.
Staplers are commonly used medical devices in surgical operations with wide range of clinical applications and various types. However, their basic working principle is based on the B-shaped staple pattern. Taking a laparoscopic stapler as an example, it is mainly composed of a staple box, a handle, a transmission component, etc. There is a blade in the staple box, which completes tissue section and staple at the same time. There are 6 rows of staples in the staple box. After the tissue is cut, 3 rows of staples on each side bend into a "B" shape under the abutment and complete the tissue stapling.
Skin staplers are common surgical tools used to firmly attach cut skin or tissues together. They can provide firm closure at the incision site, reduce the incidence of wound recurrence and shorten healing time, as well as reduce trauma during surgery and improve surgical outcomes.
1. Preparation: Before the surgery, prepare the skin stapler, including cleaning and disinfecting the surgical table and preparing the necessary disinfectants and surgical equipment.
2. Place the skin stapler at the incision site: Place one end of the skin stapler on one side of the incision and the other end on the other side, and clamp it tightly.
3. Lock the skin stapler: Pull up the locking mechanism of the skin stapler to clamp the two ends of the skin stapler tightly on the incision site to prevent sliding during the stapling process.
4. Check the stapling result: Check if the incision has been completely stapled. If it is not, use the skin stapler to staple the incision again.
5. Remove the skin stapler: After checking the stapling result, the skin stapler needs to be removed to avoid affecting the healing of the skin or tissues.
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6. Clean and disinfect: After removing the skin stapler, it needs to be cleaned and disinfected to avoid contamination and virus transmission.
Surgical staplers are used in surgical operations to tightly staple the edges of incisions, reducing tissue damage, improving surgical quality, and shortening the recovery period. It can be used for skin, muscles, organs, blood vessels, and fixation of implants.
The doctor manipulated "it" into the patient, the lung tissue clamped tightly, before you can react, the lung tissue was cleanly split in two, but also silently planted several rows of fine metal nails.
What is this medical device? Of course is the magic weapon in surgery - Stapler.
Disposable Endoscopic Linear Cutter Stapler
It is said that the "ancient" surgery, after the removal of the lesion to take suture ligation and suture, not only the long operating time, but also because of individual patient differences and doctor's practice, resulting in a wide range of treatment results.
Technology has since evolved and Staplers have been used for half a century in about 40 types of surgeries, especially in lung, colorectal, gastric and liver cancers.
Staplers work like a common stapler, allowing stapling of the lesion and surrounding tissue and large blood vessels while cutting, making the entire procedure safer and more convenient.
The operation has also evolved from an open-only, manual operation to a lumpectomy procedure that is powered by electricity, but these developments do not meet all the clinical needs of the procedure.
Nowadays, as medical services further evolve, the complexity of surgery continues to deepen, especially in oncology surgery, where the differences in the patient's organism and the integrated treatment of tumors all have an impact on the characteristics of human tissue, posing a higher challenge to surgeons.
Personalized and precise anastomosis of different organs and tissues according to their characteristics helps surgeons to achieve personalized surgical treatment in minimally invasive lumpectomies where they cannot directly see and touch the internal tissues of the human body.
Endoscopic linear anastomoses are available in different types, such as linear, curved or circular, and anastomotic staples are available in a variety of materials, such as titanium, stainless steel or absorbable synthetic materials with weak immune response.
Disposable Linear Cutter Stapler
1. The anastomotic nail is in one or two staggered rows of three different sizes, with nail sizes between 4.5 and 5.5 mm.
2. Endoscopic linear anastomosis clutch, consisting of four rows of anastomotic staples and a vernier-driven lamina, with three different staple sizes of different heights and lengths.
3. Each type of endoscopic linear anastomosis has its own matching nail compartment in which the height of the anastomosing nails varies. The most important factor in anastomotic stapling is the height of the staple, as it must ensure that it can accommodate the associated tissue during suturing.
4. When selecting an endoscopic linear anastomosis, attention must be paid to the following requirements: the ability to reach the target area, to complete the suture line,and cut, to avoid suture line leakage and bleeding.
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