Also called robotic surgery, it is a system that performs intervention from the console next to the patient.
Surgical robotic systems are now used in many different branches from general surgery to urology, gynecology to cardiovascular diseases, and ear, nose, and throat to pediatrics. Contrary to popular belief, a robot does not perform the entire surgery. The surgeon manages the process with the commands he gives to the robot. The robot arms on the console perform the surgery by simultaneously applying the commands received. Da Vinci surgical surgery is one of the most well-known applications.
Robotic surgery is the approach of using specially designed robotic systems to perform surgical procedures. This technology allows for movements that are too small or precise to be performed by the surgeon's hands. Robotic surgery is performed using a specialized console that allows surgeons to control surgical instruments remotely.
Robotic surgery can be used effectively, especially in complex and delicate surgical procedures. It can increase the surgeon's capabilities in complex procedures such as prostate cancer surgeries, uterine and ovarian cancer surgeries, and bowel surgeries.
This technology is used in a range of surgical procedures, especially in complex interventions such as prostate cancer surgeries, uterine and ovarian cancer surgeries, bowel surgeries, and gastric bypass surgeries. The advantages of Da Vinci robotic surgery include:
Less invasive: Performed through small incisions, robotic surgery is less invasive than traditional surgery, which is associated with faster recovery times.
More precise movements: Robotic arms provide the surgeon with micro-mobility, which allows the surgeon to perform more precise and controllable procedures.
Three-dimensional imaging: This system provides the surgeon with a three-dimensional, high-resolution image during the procedure, helping the surgeon assess the surgical field in more detail.
Patient comfort: Factors such as less invasiveness, reduced blood loss, and lower risk of infection provide a more positive surgical experience for patients.
Efficiency in complex surgeries: The da Vinci surgical system is used effectively by increasing the surgeon's capabilities, especially in complex and delicate surgical procedures.
Before surgery, the patient is prepared, usually under general anesthesia. The patient is placed in a special position to gain access to the surgical site. The surgeon controls the robotic arms using a special console. This console allows the surgeon to manipulate the surgical instruments remotely and precisely. The surgeon sits at the console and directs the surgical procedure.
Various surgical instruments are attached to the robotic arms. These instruments can vary depending on the surgeon's needs and the procedure to be performed. The instruments are designed to allow the surgeon to perform precise and micro-movements. The surgeon sits at the console and performs the surgical procedure using the robotic arms. The flexibility and mobility of the robotic arms allow the surgeon to reach hard-to-reach areas and perform precise procedures.
Navio Knee Robot is a robotic surgery system used especially in knee surgery. This system aims to provide the surgeon with a more precise and controllable environment when performing various surgical procedures related to the knee joint. The areas of use of this special system can be summarized as follows:
The Navio Knee Robot is used in knee joint arthroplasty procedures such as total knee replacement (TKA) or partial knee replacement (PKR). This system assists the surgeon in the correct positioning of the implant and proper balancing.
In cases where the cartilage in the knee is torn or damaged, the use of the Navio Knee Robot allows the surgeon to more precisely repair or replace the cartilage.
The Navio Knee Robot can be used in surgical interventions for meniscal tears or damage. This system guides the surgeon in repairing the meniscus or removing it if necessary.
The use of the Navio Knee Robot is increasing in surgical procedures to correct joint deformities in the knee. The robot assists the surgeon in making accurate incisions and bone corrections.
When the knee joint needs to be reconstructed as a result of serious injuries or conditions, using the Navio Knee Robot gives the surgeon more precise and measurable guidance.
Navio Knee Robot offers many advantages as a robotic surgery system used in knee surgery. The main advantages are listed below:
Navio Knee Robot can increase the surgeon's efficiency, especially in complex and difficult knee surgeries. It guides the surgeon in complex procedures such as bone corrections and prosthesis placement. The advantages brought by this system represent an example of technological advances in the field of surgery by offering a more effective, safe, and patient-specific approach to knee surgery. Contact Phoenix Healthy for more information about surgical robotic systems.
