What is commonly referred to as the laparoscope is a combination of three devices, the lens, camera and a fiber optic cable system. The telescopic rod lens system is housed in a long telescope that is then connected to a camera. The camera is connected to an image processor that will then project the image onto a monitor. A digital laparoscope houses the image processor at the end of the telescope and precludes the need for a rod lens system. All systems require a fiber optic cable system hooked up to a 'cold' light source (Xenon or Halogen) to illuminate inside the abdominal cavity.
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For the surgeon to access the abdominal cavity, long thin tubes (trocars/ports) are passed through the muscles of the abdominal wall after making a small skin incision. The port also provides a way to fill the abdomen with CO2 in order to distend the abdominal cavity creating a working space. The laparoscope and instruments can then be passed through the ports to begin the procedure. Many different instruments are used throughout any given procedure. The ports allow easy exchange of instruments.
The Veress needle is a specialized needle used in laparoscopic procedures to create a pneumoperitoneum, which is the inflation of the abdominal cavity with carbon dioxide gas. It is inserted through a small incision and allows for the introduction of the gas to create the necessary working space for the surgery.
Trocar SystemsTrocar systems consist of various components, including trocar bodies, systems, sleeves and reducers. Trocars are sharp, pointed instruments used to create the initial entry point into the abdomen. The trocar systems provide a pathway for the insertion of other laparoscopic instruments.
EndoscopesEndoscopes are long, rigid tubes with a light source and camera attached to their end. They are inserted through one of the small incisions to provide visualization of the surgical site. The camera captures the images, which are transmitted to a monitor, allowing the surgeon to view the procedure in real-time.
Fiber Optic Light CablesFiber optic light cables are used to transmit light from an external light source to illuminate the surgical field during laparoscopic procedures. The cables are flexible and transmit light through optical fibers, ensuring proper illumination for enhanced visibility.
Optic Light Cable TesterAn optic light cable tester is a device used to check the functionality and integrity of fiber optic light cables. It ensures that the cables are properly transmitting light, which is essential for maintaining optimal illumination during laparoscopic procedures.
Monopolar Instrument SystemsMonopolar instrument systems consist of handles and forceps designed for laparoscopic procedures. These instruments use monopolar energy to perform cutting, coagulation, and cauterization of tissues. The handles provide control and actuation of the forceps.
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Bipolar Instrument SystemsBipolar instrument systems include forceps, handles, sheaths, and scissors. These instruments use bipolar energy to perform precise tissue dissection, coagulation, and sealing. Bipolar instruments are commonly used in delicate procedures where fine control and precise tissue manipulation is required.
Microinvasive InstrumentsDiscover the state of the art in laparoscopy with our microinvasive instruments. Designed for precision and minimal invasiveness, these instruments are revolutionizing the surgical approach, offering unparalleled precision and access. Enter a new era of fast, precise and minimally invasive surgery with our innovative microinvasive instruments.
AlphaDur® FortisEmbark on a journey to the forefront of laparoscopic surgery with our state-of-the-art microinvasive instrument. Designed specifically for delicate procedures, its precision minimizes tissue trauma and promotes a quick recovery. With almost imperceptible scarring, this instrument is the definition of innovation in laparoscopic surgery, prioritizing both effectiveness and patient well-being.
Suction and Irrigation instrumentsSuction and irrigation instruments are used to remove fluids and debris from the surgical field during laparoscopic procedures. They include silicone suction tubes, trumpet valves, and various handle types to facilitate effective suction and irrigation.
Monopolar and Bipolar ElectrodesMonopolar and bipolar electrodes are specialized tips that can be attached to monopolar or bipolar instrument systems, respectively. The exchangeable tips allow for versatility and customization based on the procedure requirements.
Needle HolderOur advanced needle holder for laparoscopic procedures is engineered for precision and comfort. Crafted with a lightweight aluminum handle and a modular system for cost optimization, it offers superior needle grip and control. Available in various lengths and diameters for different surgical use and finished with a matted surface for enhanced grip, our needle holder sets a new standard in laparoscopic surgery.
HF-CablesHF-cables, also known as high-frequency cables, are connecting cables that transmit electrical energy from a generator to the laparoscopic instruments. They provide the necessary energy for the monopolar and bipolar instruments to perform cutting, coagulation, and other functions.
Get answers to common queries about our laparoscopy instruments. Our commitment to transparency and customer satisfaction drives this resource. Explore the world of laparoscopy with Gimmi, where innovation meets clarity. If your questions persist or if you seek further clarification, our team is ready to assist you. Your journey into laparoscopic excellence begins here.