Robotic Surgery in Vadodara

At Sterling Hospitals, we remain committed to excellence in surgical care and maintaining high standards of treatment for a wide range of procedures and specialties. As part of this commitment, we bring together advanced robotic technology, experienced surgeons and patient-centred care to provide precise, minimally invasive treatment with the aim of achieving the best possible outcome for every patient.

What is Robotic Surgery?

Robotic surgery is a minimally invasive approach in which a surgeon performs an operation with the assistance of a robotic surgical system. It can be used for procedures that may otherwise require conventional open surgery or can be performed using other minimally invasive techniques. Robotic surgery is used across specialties such as urology, gynaecology, gastrointestinal surgery, general surgery and cancer surgery. 

How Does Robotic Surgery Work?

During robotic surgery, a few small incisions are made in the area being treated, through which a small camera and specialised surgical instruments are placed. Once the camera is in position, it gives the surgeon a clear, magnified view of the area being operated on.

The surgeon sits at a console beside the operating table and uses hand controls to guide the surgical instruments. The robotic system translates these movements into precise movements inside the body, while the surgeon remains in control throughout the procedure.

This approach allows the surgeon to work through small incisions while having a clear view of the surgical area and precise control over the instruments.

Robotic Surgery Versus Laparoscopic Surgery

Both robotic surgery and laparoscopic surgery are minimally invasive approaches that use small incisions instead of a large surgical opening. The main difference is how the surgical instruments are controlled.

In laparoscopic surgery, the surgeon directly guides long, specialised instruments while viewing the surgical area on a monitor. In robotic surgery, the surgeon controls the instruments from a console, while the robotic system translates the surgeon’s hand movements into precise movements of the instruments inside the body.

Robotic surgery can offer greater flexibility and control during procedures that involve delicate or complex movements. Laparoscopic surgery, on the other hand, allows the surgeon to perform many procedures through small incisions using specialised instruments and a laparoscopic camera. The choice of surgical approach depends on the type of procedure, the patient's condition and the surgeon's clinical judgement.

Robotic Surgery Benefits

Robotic surgery combines minimally invasive techniques with precise control of surgical instruments. Depending on the procedure and the patient's condition, this approach may offer benefits such as:

Smaller Incisions

Robotic surgery is performed through small incisions rather than a large surgical opening. This may cause less disruption to the surrounding tissues.

Greater Precision and Control

The robotic instruments allow the surgeon to make precise movements and provide greater control during delicate surgical steps.

Enhanced Visualisation

A magnified 3D view of the surgical area helps the surgeon see the structures involved in greater detail during the procedure.

Less Blood Loss

The use of small incisions and precise instrument movements may help reduce blood loss during certain procedures.

Faster Recovery

As robotic surgery is minimally invasive, recovery may be quicker than with open surgery in some cases, allowing a patient to return to normal activities sooner.

Shorter Hospital Stay

Some patients may be able to leave the hospital sooner after robotic surgery compared with open surgery, depending on the procedure and individual recovery.

Robotic Surgery Risks and Limitations

Like any surgical procedure, robotic surgery has certain risks and limitations. The risks can vary depending on the procedure, the patient's overall health and other individual factors. 

• Not suitable for every procedure: Robotic surgery may not be appropriate for every condition or type of surgery.  At Sterling Hospitals,, the surgical team evaluates the condition and overall health to determine whether robotic surgery is an appropriate option.

• General surgical risks: As with any surgery, there can be risks such as infection, bleeding or reactions to anaesthesia. Careful pre-operative assessment, surgical planning and monitoring during and after the procedure help reduce the likelihood of complications.

• Surgeon expertise matters: The robotic system is controlled entirely by the surgeon, rather than operating independently. At Sterling Hospitals, robotic procedures are performed by trained surgical teams with expertise relevant to the procedure being undertaken.

• Possibility of changing the surgical approach: In certain situations, the surgeon may decide that another surgical approach is more appropriate during the procedure. This decision is made based on the patient’s safety and the findings during surgery.

• Recovery varies: Robotic surgery may offer benefits such as smaller incisions and potentially faster recovery in suitable cases, but recovery differs from one patient to another. The treating team provides guidance on post-operative care and recovery based on the procedure performed.

• Individual assessment is important: The suitability of robotic surgery depends on several factors, including the condition, previous medical history and overall health. A consultation with the surgical team can help explain the expected benefits, possible risks and available alternatives.

Higher Cost

The use of specialised robotic equipment can make robotic surgery more expensive than some conventional surgical approaches. The actual cost depends on the procedure, hospital, robotic system used and other treatment-related factors.

Key Robotic Surgery Procedures (by Speciality) at Sterling Hospitals

Robotic surgery is used for a range of procedures across different medical specialities. The type of robotic procedure depends on the condition being treated, the surgery required and whether robotic assistance is suitable for the individual case. At Sterling Hospitals, robotic-assisted procedures are available across specialities such as urology, gynaecology, general and gastrointestinal surgery, and cancer surgery.

Urology

• Robotic Radical Prostatectomy
• Robotic Partial Nephrectomy
• Robotic Radical Nephrectomy
• Robotic Cystectomy

Gynaecology

• Robotic Hysterectomy
• Robotic Myomectomy
• Robotic Endometriosis Surgery

General and Gastrointestinal Surgery

• Robotic Gastrectomy
• Robotic Colorectal Surgery
• Robotic Pancreatic Surgery
• Robotic Bariatric Surgery

Cancer Surgery

• Robotic Oesophageal Cancer Surgery
• Robotic Colorectal Cancer Surgery
• Robotic Gynaecological Cancer Surgery
• Robotic Head and Neck Cancer Surgery
• Robotic Thoracic Cancer Surgery

Orthopaedics

• Robotic Total Knee Replacement
• Robotic Total Hip Replacement
• Robotic Partial Knee Replacement

Advanced Robotic Technology at Sterling Hospitals

Different robotic surgical systems are designed for different types of procedures. At Sterling Hospitals, the da Vinci X Surgical System is used for robotic-assisted procedures across specialties such as urology, gynaecology, gastrointestinal surgery and cancer surgery. 

Key Features of the da Vinci X Surgical System

Enhanced Precision and Control

The system translates the surgeon’s hand movements into precise movements of the surgical instruments, while also filtering natural hand tremors. 

Magnified 3D High-Definition Vision

The camera provides a magnified 3D high-definition view of the surgical area, giving the surgeon greater visual detail and depth perception. 

Wristed Instruments

The robotic instruments can bend and rotate through a wide range of movement, allowing the surgeon to perform delicate movements that can be difficult with conventional straight instruments. 

Access to Difficult-to-Reach Areas

The system is designed to support minimally invasive surgery in confined areas of the body, including the pelvis, abdomen and chest. 

Firefly Fluorescence Imaging

Firefly imaging uses fluorescence to provide real-time visual information about structures such as blood vessels and tissue perfusion during selected procedures. 

Advanced Surgical Instruments

The system supports specialised instruments for tasks such as tissue handling, vessel sealing and stapling, which the surgeon controls from the console. 

Robotic Surgery Doctors at Sterling Hospitals, Vadodara

At Sterling Hospitals, we have a team of specialists with extensive experience in robotic-assisted surgery across multiple surgical specialities. Explore their profiles to learn more about their areas of expertise and the procedures they perform.

Robotic Surgery Cost in Vadodara

The cost of robotic surgery in Vadodara varies depending on the type and complexity of the procedure, the hospital, the surgical team, the robotic system used and the duration of hospitalisation. Expenses such as diagnostic tests, medicines, anaesthesia, consumables and post-operative care also contribute to the overall cost. 

Factors That Affect Robotic Surgery Cost

• Type of procedure: Different robotic procedures have different levels of complexity and resource requirements.

• Complexity of the surgery: More complex procedures may require longer operating times and additional surgical resources.

• Robotic system used: The technology and equipment involved may influence the overall procedure cost.

• Hospital stay: The length of hospitalisation can affect the total treatment expense.

• Medicines and consumables: Surgical supplies, medicines and other consumables may form part of the overall cost.

• Diagnostic and pre-operative tests: Investigations required before surgery may add to the treatment expense.

• Post-operative care: Follow-up consultations, monitoring and other care after surgery may also contribute to the overall cost.

Why Choose Sterling Hospitals for Robotic Surgery

Robotic surgery involves more than the technology used during the procedure. Choosing a hospital with experienced surgical specialists, appropriate robotic technology and the infrastructure to support care before and after surgery is equally important. Here are some of the reasons patients and their families choose Sterling Hospitals for robotic surgery.

Advanced Robotic Technology

Sterling Hospitals uses the da Vinci X Surgical System for robotic-assisted procedures across several surgical specialities. The system gives surgeons enhanced visualisation, precise instrument control and greater flexibility during complex surgical steps.

Specialist Robotic Surgery Team

Robotic procedures are performed by surgeons with expertise in the relevant surgical speciality, including urology, gynaecology, gastrointestinal surgery and surgical oncology. This ensures that the technology is used as part of a treatment plan based on the condition being treated and the procedure required.

Expertise Across Surgical Specialities

The robotic surgery programme covers a range of procedures across different areas of surgery, from urological and gynaecological procedures to gastrointestinal and cancer surgery. This allows patients with different surgical needs to access robotic-assisted treatment within a multispeciality hospital setting.

Comprehensive Surgical Care

Robotic surgery is supported by the wider clinical teams involved in a patient's care before, during and after the procedure. This includes preoperative assessment, surgical care, postoperative monitoring and recovery support as required.

Robust Infrastructure

Robotic surgery is performed within an advanced hospital environment with access to operating-room facilities, diagnostic services, critical care and other specialist services when needed. This provides support for patients who may require additional medical or surgical care during their treatment.

Care Focused on Recovery

The minimally invasive nature of robotic surgery may support a smoother recovery for suitable patients, although recovery varies depending on the procedure and individual health. The care team provides postoperative monitoring and guidance to support recovery after surgery.