[Application]
Clinically, it is used for laparoscopic surgery to establish a surgical channel.

[How to use]

1. Use aseptic technique to take out the instrument from the package. In order to avoid damage to the instrument, the instrument must not be thrown into the sterile area.

2. When packaging, the puncture core of the puncture device and the puncture sleeve are not installed together. When assembling, the puncture core is inserted into the puncture sleeve until the two are firmly locked together. Before use, close the choke valve. When the choke valve is perpendicular to the gas injection port, the choke valve is in the closed position.

3. Using standard surgical techniques, make a skin incision that is enough to introduce the trocar. An incision that is too small may cause too much resistance during insertion and requires more force to insert, which may cause uncontrollable insertion.

4. Introduce the trocar through the skin incision, rotate the trocar in the range of 30° to 90° during introduction, and press the trocar down gently and rhythmically during introduction.

5. After the puncture device enters the abdominal cavity or thoracic cavity, press the button button of the puncture core to remove the puncture core, leaving the puncture sleeve in its original position. When the puncture core is withdrawn, the inner sealing layer of the puncture sleeve will automatically close. When there is no instrument in the puncture cannula, the sealing system remains inflated.

6. When inflating, you can connect the trachea to the gas injection valve on the trocar sleeve and open the choke valve. When there is no instrument in the puncture sleeve, the sealing system remains inflated.

7. When taking out the specimen during the operation, press the middle body lock button, and then lift the sealing cap to remove the sealing cap. After taking out the specimen, put the sealing cap back on the trocar and hear a "pop" from the middle body lock, indicating that the sealing cap has been installed in place.

8. After the operation is completed, remove the inflation tube. Open the choke valve and quickly release the gas in the abdominal cavity.

Streamlining Laparoscopic Procedures with Disposable Laparoscopic Puncture Apparatus

Minimally invasive surgery has transformed the medical field by allowing surgeons to perform complex procedures with fewer incisions and reduced recovery time. Within this realm, disposable laparoscopic puncture apparatus has emerged as a crucial tool for streamlining laparoscopic procedures. These specialized medical devices offer several advantages, including precision, convenience, and improved patient outcomes.

1. Simplifying the Puncture Process:

Disposable laparoscopic puncture apparatus simplifies the puncture process by providing surgeons with a precise and efficient tool. These devices feature sharp, sturdy Needles or trocars that allow for controlled puncture and entry into the targeted area. The disposable nature ensures the use of a sharp and sterile instrument for each procedure, minimizing the risk of infection and improving overall safety.

2. Reducing the Risk of Complications:

The use of disposable laparoscopic puncture apparatus helps reduce the risk of complications during minimally invasive surgery. These apparatus are designed with features to enhance safety, such as anti-slip handles and ergonomic grips, allowing for precise control and stability during puncture. By minimizing the chances of accidental injuries or unintended tissue damage, disposable laparoscopic puncture apparatus contribute to improved patient outcomes and reduced post-operative complications.

3. Enhanced Efficiency and Convenience:

Disposable laparoscopic puncture apparatus offer surgeons enhanced efficiency and convenience during procedures. The disposable nature eliminates the need for re-sterilization and maintenance between surgeries, saving valuable time and resources. Additionally, the specialized design of these apparatus, including options with integrated trocars and valves, streamlines the puncture process and facilitates smooth instrument insertion, reducing overall procedural time and improving surgical workflow.

4. Improved Patient Outcomes:

With precise puncture and reduced risk of complications, disposable laparoscopic puncture apparatus contribute to improved patient outcomes in minimally invasive surgery. The controlled entry into the surgical site allows for minimal tissue trauma and reduced post-operative pain. The shorter procedure time and improved efficiency result in minimal discomfort for patients, leading to faster recovery and enhanced satisfaction.

In conclusion, disposable laparoscopic puncture apparatus has become an integral part of modern minimally invasive surgery. By simplifying the puncture process, reducing complications, and enhancing efficiency, these specialized medical devices offer significant benefits to both surgeons and patients. The precision, convenience, and improved outcomes associated with disposable laparoscopic puncture apparatus make them essential tools for streamlining laparoscopic procedures. With these innovative apparatus, surgeons can perform surgeries with heightened accuracy and patients can experience faster recovery and improved overall surgical outcomes.