Adult Group Thoracoscopy Instruments With Customized Request Small Laparoscopic

FAQ

What are the suturing instruments used in laparoscopic surgery?

In laparoscopic surgery, the suturing instruments used include tools of various types and functions to ensure the accuracy and safety of the operation. The following are some common suturing instruments used in laparoscopic surgery:

Abdominal wall suturing forceps: used for suturing puncture holes in minimally invasive surgery to avoid postoperative bleeding and the occurrence of puncture hole hernia.
Stapler: used to suture wounds and is a very important instrument in laparoscopic surgery.
Disposable endoscopic linear cutting staplers and staplers: These devices perform tissue resection, transection and anastomosis in endoscopic surgeries such as abdominal surgery, gynecology, pediatric surgery and thoracic surgery.
Fascia stapler: used for suture threading and closure in laparoscopic minimally invasive surgery.
Disposable multi-channel single-port laparoscopic surgical puncture: used for puncture operations in laparoscopic surgery.
In addition, modern laparoscopic surgery may also use some high-tech equipment, such as robot-assisted surgical systems, which use computer control to help surgical instruments position and operate, thereby improving the accuracy and safety of the operation.

These instruments and equipment together constitute the core tools of the suturing part in laparoscopic surgery, making the surgical process more efficient and safe.

What are the specific applications and advantages of abdominal wall suturing forceps in laparoscopic surgery?

The specific applications of abdominal wall suturing forceps in laparoscopic surgery mainly include closing the cannula site, temporarily fixing the position of the hernia mesh, assisting in percutaneous suturing and ligating the bleeding points of the abdominal wall. In addition, abdominal wall suturing forceps are also used to suturing deeper incisions such as the abdominal wall or suturing and fixing hernia patches in laparoscopic surgery.

The advantages of abdominal wall suturing forceps include: 1. Beautiful appearance, ergonomic design, various models and specifications to meet different clinical needs; 2. Suturing under direct vision of the laparoscope, safe and accurate, penetrating the subcutaneous, muscle, fascia, and peritoneum at one time, suturing tightly and firmly, and effectively avoiding the occurrence of orifice hernia; 3. It can be promoted and applied in primary hospitals as an economically efficient surgical method; 4. Improve the accuracy and efficiency of surgery.

How does the stapler ensure the accuracy and safety of suturing in laparoscopic surgery?

In laparoscopic surgery, ensuring the accuracy and safety of stapler suturing requires comprehensive consideration of multiple factors and technical means. The following is a detailed analysis:

The design and manufacture of staplers must follow strict industry standards to ensure that their structure, materials and performance meet medical requirements. For example, the standard "Endoscopic Surgical Instruments Laparoscopic Cutting Staplers and Components" stipulates the structure, materials, requirements, test methods, etc. of staplers. These standards ensure the reliability and safety of staplers in actual operations.

Electric laparoscopic staplers can achieve higher accuracy and efficiency through automated control. Electric drive makes cutting and stapling operations faster and more efficient, while reducing the influence of human factors, thereby improving the accuracy and reliability of surgery. For example, the easyEndo Powered electric laparoscopic stapler can not only be used in complex surgeries, but can also be extended to the severance of bile duct structures and blood vessels, greatly improving the accuracy and safety of surgery.

An important advantage of laparoscopic surgery is the ability to use a laparoscope to directly observe the surgical area. When using a stapler, the surgeon should carefully observe the anastomotic cutting line, check for misentry into the interlayer, active bleeding or incomplete closure, and take corresponding measures according to the actual situation. This direct vision advantage enables surgeons to better control the operation of the stapler and ensure the accuracy and completeness of the suture.

When using a stapler for closure, the surgeon's laparoscopic operation and the angle and position of the stapler are extremely demanding. Too low may lead to stenosis of the anastomosis, while too high may result in incomplete or failed anastomosis. Therefore, surgeons need to master various suturing techniques, such as reverse puncture, OrVil and purse string suturing, to meet different surgical needs.

The movement of the automatic purse string suturer is controlled by a mechanical device, which can ensure the stability and uniformity of the suture, reduce the influence of human factors, and improve the accuracy and reliability of suturing. This mechanical control not only improves surgical efficiency, but also reduces damage to tissues and reduces surgical trauma.

What are the specific methods and effects of disposable endoscopic linear cutting staplers and staplers in abdominal surgery, pediatric surgery and thoracic surgery?

The specific use and effects of disposable endoscopic linear cutting staplers and staplers in abdominal surgery, pediatric surgery and thoracic surgery are as follows:

Use
Tissue resection, transection and anastomosis: These devices are mainly used in endoscopic surgery, including abdominal surgery, gynecology, pediatric surgery and thoracic surgery. They are widely used in digestive tract reconstruction, organ resection and transection and anastomosis of other organs.
Operation steps:
Use endoscope for surgical field of view.
Place the linear cutting stapler where you need to cut or suture.
Press the cutting button for precise cutting.
Use the stapler to complete the suturing process.
Effect
Precision: These devices provide high-precision cutting and suturing functions to ensure the accuracy and uniformity of surgical incisions.
Convenience: Because it is disposable, it reduces the risk of cross infection and simplifies surgical preparation.
Wide range of applications: Not only suitable for abdominal surgery, but also can be used in a variety of minimally invasive surgeries such as gynecology, urology, thoracic surgery and pediatric surgery.
Versatility: These devices can be used with anastomosis line support materials to further enhance the surgical effect.
Specific application examples
Abdominal surgery: When performing digestive tract reconstruction or gastrointestinal anastomosis, these devices can effectively perform tissue resection and transection to ensure the accuracy and uniformity of surgical incisions.
Pediatric surgery: These devices are also applicable when performing pediatric surgery, and can provide precise cutting and suturing functions to ensure surgical safety and effectiveness.
Thoracic surgery: When performing thoracic surgery, these devices can effectively perform lobectomy, pleural incision and other operations to ensure the accuracy and uniformity of surgical incisions.

What are the technical characteristics and usage scenarios of fascia staplers?

Fascia staplers are an important medical device used in minimally invasive surgery, mainly used for tissue retraction, percutaneous suturing and closing surgical incisions in laparoscopic surgery. Its technical characteristics and usage scenarios are as follows:

Technical features:

Disposable design: avoid the risk of cross infection and ensure surgical safety.
Simple and convenient operation: reduce the workload of doctors and improve surgical efficiency.
Anti-puncture protection: completely solve the risk of puncture needles piercing other tissues to ensure the safety of the surgical process.
Blind operation capability: can achieve blind operation, greatly reducing the workload of doctors.
Efficient and standardized: no layer is missed, suturing is simpler, and the surgical effect is improved.
Automatic retraction function: avoid intraperitoneal suture delivery and reduce surgical risks.

Usage scenarios:

Mainly used for tissue collection and percutaneous suturing in laparoscopic surgery to close the surgical incision.
Suitable for various minimally invasive surgeries, such as laparoscopic surgery, for tissue collection and surgical incision closure, effectively reducing the incidence of complications such as puncture hole hernia and puncture hole bleeding.
The working principle of the robot-assisted laparoscopic surgery system and its impact on surgical accuracy and safety.
The working principle of the robot-assisted laparoscopic surgery system is mainly based on the "master-slave remote operation" mode, that is, the doctor controls the main controller through the console, and uses sensors and computer systems to control the slave hand on the bedside mechanical arm, so as to achieve precise control of the surgical instruments and observe real-time abdominal images on the screen. This system usually includes a three-dimensional imaging system, a high-definition field of view, and a dexterous and precise minimally invasive surgical instrument, which can accurately reach the surgical site under the premise of minimal traumatic incision.

In addition, the robot-assisted surgery system also uses artificial intelligence technology, which can help doctors perform more precise operations, reduce surgical errors, and improve the success rate of surgery. Artificial intelligence can safely guide doctors to perform operations through real-time monitoring and feedback functions, further improving the accuracy and safety of surgery.

The application of robot-assisted laparoscopic surgery system has significantly improved the accuracy and safety of surgery. For example, the application study of the domestic Condo robot-assisted laparoscopic system in gynecological surgery shows that the system can effectively improve the safety and effectiveness of surgery. In addition, the robot-assisted surgery system overcomes the inherent defects and limitations of traditional laparoscopic fixed joint instruments, such as small degrees of freedom and magnification of human hand tremors. It has a three-dimensional stereoscopic vision and high-definition imaging system that magnifies the surgical assistance system by more than 10 times, which significantly improves the accuracy of surgery.

For more photos and details please contact us:
Tonglu Wanhe Medical Instruments Co., Ltd.

info@WanheMedical.com