Vishal Surgical Co

A laparoscopic vessel sealer cutter Curved jaw is a specialized instrument used in laparoscopic surgery to seal and cut blood vessels and tissue during surgical procedures. It combines the functions of vessel sealing and tissue dissection in a single instrument. Here are the general steps involved in using a laparoscopic vessel sealer cutter:

1. Patient positioning: Position the patient appropriately for the specific surgical procedure. This may involve placing the patient in a supine, lithotomy, or other position as determined by the surgeon.
2. Trocar insertion: Create access ports in the abdominal wall using trocars as per the surgeon's preference and the specific procedure requirements.
3. Instrument insertion: Insert the laparoscopic vessel sealer cutter through one of the trocar ports into the abdominal cavity. The instrument typically has a long shaft with a handle at one end and a working end at the other.
4. Grasping the tissue: Use the working end of the vessel sealer cutter to grasp and manipulate the tissue being operated on. The jaws of the instrument can securely hold the tissue and blood vessels in place.
5. Activation of the vessel sealing function: Engage the vessel sealing function of the instrument by activating the appropriate mechanism or energy source. This may involve applying electrosurgical energy or other sealing methods to seal the blood vessels.
6. Sealing the vessels: Place the vessel between the jaws of the instrument and activate the sealing mechanism. The energy or sealing method employed will create a seal along the vessel, effectively stopping blood flow.
7. Cutting the sealed vessels: Once the vessel is sealed, activate the cutting function of the instrument. This may involve using a built-in cutting mechanism or activating an energy source to cut through the sealed vessel. The instrument will typically have a blade or scissors-like mechanism for cutting.
8. Repeat as necessary: Repeat the sealing and cutting process for additional vessels or tissue as required by the surgical procedure.
9. Removal of the instrument: Once the vessel sealing and cutting steps are complete, remove the laparoscopic vessel sealer cutter from the abdominal cavity through the trocar port.

It's important to note that the specific technique and steps for using a laparoscopic vessel sealer cutter may vary depending on the surgeon's preference, the specific surgical procedure, and the manufacturer's instructions for the particular instrument being used. Always follow the guidance and instructions provided by a qualified healthcare professional during laparoscopic surgery to ensure proper usage and patient safety.

 

A laparoscopic vessel sealer cutter is a specialized instrument used in laparoscopic surgery to seal and cut blood vessels and tissue during surgical procedures. It combines the functions of vessel sealing and tissue dissection in a single instrument. Here are the general steps involved in using a laparoscopic vessel sealer cutter:

1. Patient positioning: Position the patient appropriately for the specific surgical procedure. This may involve placing the patient in a supine, lithotomy, or other position as determined by the surgeon.
2. Trocar insertion: Create access ports in the abdominal wall using trocars as per the surgeon's preference and the specific procedure requirements.
3. Instrument insertion: Insert the laparoscopic vessel sealer cutter through one of the trocar ports into the abdominal cavity. The instrument typically has a long shaft with a handle at one end and a working end at the other.
4. Grasping the tissue: Use the working end of the vessel sealer cutter to grasp and manipulate the tissue being operated on. The jaws of the instrument can securely hold the tissue and blood vessels in place.
5. Activation of the vessel sealing function: Engage the vessel sealing function of the instrument by activating the appropriate mechanism or energy source. This may involve applying electrosurgical energy or other sealing methods to seal the blood vessels.
6. Sealing the vessels: Place the vessel between the jaws of the instrument and activate the sealing mechanism. The energy or sealing method employed will create a seal along the vessel, effectively stopping blood flow.
7. Cutting the sealed vessels: Once the vessel is sealed, activate the cutting function of the instrument. This may involve using a built-in cutting mechanism or activating an energy source to cut through the sealed vessel. The instrument will typically have a blade or scissors-like mechanism for cutting.
8. Repeat as necessary: Repeat the sealing and cutting process for additional vessels or tissue as required by the surgical procedure.
9. Removal of the instrument: Once the vessel sealing and cutting steps are complete, remove the laparoscopic vessel sealer cutter from the abdominal cavity through the trocar port.

It's important to note that the specific technique and steps for using a laparoscopic vessel sealer cutter may vary depending on the surgeon's preference, the specific surgical procedure, and the manufacturer's instructions for the particular instrument being used. Always follow the guidance and instructions provided by a qualified healthcare professional during laparoscopic surgery to ensure proper usage and patient safety.

 

Laparoscopic bipolar shears with vessel sealing and cutting capabilities are specialized instruments used in laparoscopic surgery for the simultaneous sealing and cutting of blood vessels and tissues. Here are the general steps involved in using laparoscopic bipolar shears with vessel sealing and cutting functionality:

1. Patient positioning: Position the patient appropriately for the specific surgical procedure. This may involve placing the patient in a supine, lithotomy, or other position as determined by the surgeon.
2. Trocar insertion: Create access ports in the abdominal wall using trocars as per the surgeon's preference and the specific procedure requirements.
3. Instrument insertion: Insert the laparoscopic bipolar shears with vessel sealing and cutting functionality through one of the trocar ports into the abdominal cavity. The instrument typically has a long shaft with a handle at one end and a working end at the other.
4. Grasping and manipulating the tissue: Use the working end of the bipolar shears to grasp and manipulate the tissue being operated on. The instrument's jaws have bipolar electrodes that apply energy to the tissue for sealing purposes.
5. Activation of the vessel sealing function: Engage the vessel sealing function of the instrument by activating the appropriate energy source or mechanism. The bipolar electrodes on the jaws of the shears will deliver controlled energy to the tissue, effectively sealing the blood vessels.
6. Simultaneous cutting and sealing: Once the vessel is sealed, the instrument can be used to cut the sealed vessels or tissue. By activating the cutting mechanism, the instrument will cut through the sealed vessels, allowing for precise and controlled tissue division.
7. Repeat as necessary: Repeat the sealing and cutting process for additional vessels or tissues as required by the surgical procedure.
8. Removal of the instrument: Once the vessel sealing and cutting steps are complete, remove the laparoscopic bipolar shears from the abdominal cavity through the trocar port.

It's important to note that the specific technique and steps for using laparoscopic bipolar shears with vessel sealing and cutting functionality may vary depending on the surgeon's preference, the specific surgical procedure, and the manufacturer's instructions for the particular instrument being used.

In VSC laparoscopic open surgery, the vessel sealer cutter is also used for sealing and cutting blood vessels and tissues. However, the key difference is that in laparoscopic open surgery, larger incisions are made to provide direct access to the surgical site, as opposed to the smaller incisions used in pure laparoscopic procedures. This allows for the use of larger instruments, including vessel sealers and cutters.The vessel sealer cutter used in laparoscopic open surgery is typically a more robust instrument compared to those used in pure laparoscopic procedures. It may have a longer shaft and a larger working end to accommodate the requirements of open surgery. The basic steps for using a vessel sealer cutter in laparoscopic open surgery are as follows:Incision and exposure: The surgeon makes a larger incision to access the surgical area. Retractors and other surgical instruments are used to provide optimal exposure of the blood vessels and tissues that need to be sealed and cut.Tissue manipulation: The vessel sealer cutter is inserted through the incision and manipulated by the surgeon. The instrument is carefully positioned onto the blood vessels or tissues to be sealed and cut.Vessel sealing: The vessel sealer component of the instrument is activated, which applies energy (such as heat or radiofrequency) to the tissues. This energy coagulates the vessel walls and creates a seal to prevent bleeding. The vessel sealer is typically designed to seal larger vessels effectively.Tissue cutting: Once the vessel is sealed, the cutting mechanism of the instrument is activated. The surgeon carefully cuts through the sealed tissue using the cutter component of the instrument, effectively separating it from the surrounding structures.Hemostasis and closure: After the vessels are sealed and the necessary tissues are cut, the surgeon ensures proper hemostasis (control of bleeding) before proceeding with closure of the incision.It\'s important to note that the specific instrument and technique used may vary depending on the surgeon\'s preference, the patient\'s condition, and the complexity of the procedure. The vessel sealer cutter is just one of the many tools available in laparoscopic open surgery to achieve effective tissue sealing and cutting. Always consult with a qualified healthcare professional for personalized medical advice and information.

VSC Laparoscopic bipolar shears with vessel sealing and cutting capabilities are specialized instruments used in laparoscopic surgery for the simultaneous sealing and cutting of blood vessels and tissues. Here are the general steps involved in using laparoscopic bipolar shears with vessel sealing and cutting functionality:

1. Patient positioning: Position the patient appropriately for the specific surgical procedure. This may involve placing the patient in a supine, lithotomy, or other position as determined by the surgeon.
2. Trocar insertion: Create access ports in the abdominal wall using trocars as per the surgeon's preference and the specific procedure requirements.
3. Instrument insertion: Insert the laparoscopic bipolar shears with vessel sealing and cutting functionality through one of the trocar ports into the abdominal cavity. The instrument typically has a long shaft with a handle at one end and a working end at the other.
4. Grasping and manipulating the tissue: Use the working end of the bipolar shears to grasp and manipulate the tissue being operated on. The instrument's jaws have bipolar electrodes that apply energy to the tissue for sealing purposes.
5. Activation of the vessel sealing function: Engage the vessel sealing function of the instrument by activating the appropriate energy source or mechanism. The bipolar electrodes on the jaws of the shears will deliver controlled energy to the tissue, effectively sealing the blood vessels.
6. Simultaneous cutting and sealing: Once the vessel is sealed, the instrument can be used to cut the sealed vessels or tissue. By activating the cutting mechanism, the instrument will cut through the sealed vessels, allowing for precise and controlled tissue division.
7. Repeat as necessary: Repeat the sealing and cutting process for additional vessels or tissues as required by the surgical procedure.
8. Removal of the instrument: Once the vessel sealing and cutting steps are complete, remove the laparoscopic bipolar shears from the abdominal cavity through the trocar port.

It's important to note that the specific technique and steps for using laparoscopic bipolar shears with vessel sealing and cutting functionality may vary depending on the surgeon's preference, the specific surgical procedure, and the manufacturer's instructions for the particular instrument being used.

VSC Bipolar Sealer Cutter with Cable Set 5mm Gold Tip, a premium-quality laparoscopic surgical instrument designed for precise vessel sealing and cutting in minimally invasive procedures. This advanced electrosurgical tool features a gold-plated Golsen jaw for enhanced conductivity and non-stick performance, ensuring clean, reliable tissue interaction with minimal thermal spread. Ideal for general surgery, gynecology, and urology, the VSC brand stands for trusted durability, ergonomic control, and surgical precision. The included compatible cable ensures seamless integration with standard electrosurgical generators, offering ease of use in all OR setups. Manufactured with surgical-grade stainless steel, this 5mm reusable bipolar instrument is CE marked and ISO certified, meeting international quality and safety standards. Its lightweight, autoclavable design provides cost-efficiency and ease of sterilization for long-term clinical use. Perfect for hospitals, surgical centers, and medical equipment dealers looking for reliable, high-performance laparoscopic solutions.