Laparoscopy & Robotic Surgery:
Precision That Transforms Lives.
Experience the future of minimally invasive surgery with advanced laparoscopic and Da Vinci® Robotic techniques. Unmatched precision, faster recovery, and superior outcomes for complex gynecological procedures.
Two Advanced Approaches to Minimally Invasive Surgery
Hysterectomy is one of the most common gynecological surgeries performed worldwide. Today, most hysterectomies are done using laparoscopy, which allows surgery through small keyhole incisions with faster recovery and less pain. But did you know that laparoscopy itself has evolved? A recent clinical study published in Annals of Saudi Medicine (2025) evaluated whether 3D high-definition laparoscopy offers better results than conventional 2D laparoscopy, especially in women with higher body weight. The results are encouraging.
Laparoscopic Surgery
Traditional laparoscopy shows surgeons a flat 2D image. 3D laparoscopy provides: Depth perception, Better hand-eye coordination, Clearer visualization of tissues, More accurate suturing and bleeding control. It is similar to the difference between watching a movie in 2D versus 3D.
- check_circleSmaller incisions (typically 0.5-1cm)
- check_circleReduced pain and scarring
- check_circleFaster recovery times
- check_circleShorter hospital stays
Robotic Surgery (Da Vinci®)
The Da Vinci® Robotic System enhances laparoscopic surgery with 3D HD visualization, enhanced precision, and instruments that move like a human wrist.
- check_circle3D HD visualization with magnification
- check_circleEnhanced precision and control
- check_circleIdeal for complex procedures
- check_circleMinimal blood loss and complications
Benefits of Minimally Invasive Surgery
Faster Recovery
Return to normal activities sooner
Minimal Scarring
Small incisions mean less visible scars
Less Blood Loss
Reduced risk of complications
Shorter Hospital Stay
Often same-day or overnight discharge
Less Pain
Minimal tissue trauma means less discomfort
Lower Risk
Enhanced safety through precision
Conditions We Treat
These minimally invasive “keyhole” surgeries are performed through very small incisions. The approach offers less pain, minimal scarring, faster recovery, and a lower risk of complications compared to open surgery, making it ideal for a wide range of gynecological conditions.
Understanding the Da Vinci® Surgical System
Internationally accepted advanced robotic surgery systems like the Da Vinci Si System ensure top-of-the-line surgical standards. They combine precise control, enhanced visualization, and minimally invasive techniques to improve safety, recovery, and outcomes for complex gynecological procedures.
Surgeon Console
This is where Dr. Smit Bharat Solanki sits during the operation, controlling the robotic instruments using intuitive, hand-operated controls. The console provides:
- checkHigh-definition 3D visualization with enhanced depth perception
- checkMagnified views of the surgical site
- checkIntuitive controls that translate hand movements to precise robotic actions
- checkErgonomic design for comfort during long procedures
Patient-Side Cart
Positioned next to the patient, this cart houses the robotic arms that perform the surgery. The advanced system features:
- checkMultiple robotic arms with advanced articulation capabilities
- check360-degree rotation and bending beyond human wrist range
- checkPrecision instruments that minimize tissue trauma
- checkAdaptable positioning for various patient anatomies
Integrated Vision System
The advanced imaging technology that provides unparalleled visualization during surgery, including:
- checkHigh-definition 3D imaging with crystal-clear depth perception
- checkUp to 10x magnification for detailed visualization
- checkFirefly imaging with ICG for real-time anatomical insights
- checkEnhanced identification of vital structures and blood vessels
Advanced Surgical Instruments & Techniques
Innovative Suture Cut Needle Driver
This specialized instrument simplifies suturing by minimizing instrument exchanges during surgery. This efficiency helps maintain focus and precision throughout the procedure, reducing surgical time while improving outcomes.
Smart Compression Stapling
The system features intelligent stapling technology that ensures consistent staple formation regardless of tissue thickness. This reliability promotes safe surgical outcomes and reduces the risk of complications.
Strategic Setup & Port Placement
Effective robotic surgery requires meticulous pre-operative planning. Strategic port placement is customized based on each patient's unique anatomy and the complexity of the procedure. This careful preparation ensures:
- checkOptimal exposure of the surgical site
- checkSafe and efficient instrument movement
- checkMinimized risk of complications
- checkEnhanced surgical workflow through efficient docking techniques
Adaptability & Collaboration
The Da Vinci system is designed to accommodate various anatomical variations through careful pre-operative planning. The system's adaptability ensures:
- checkEffective maneuvering even with different patient anatomies
- checkSeamless collaboration between surgical team members
- checkEnhanced precision through team-based docking and setup
- checkContinuous advancement through mentorship and collaboration
Next-Generation Technology
Looking toward the future of robotic surgery
The evolution of robotic surgery continues with next-generation systems like the Da Vinci Xi platform. These advanced systems emphasize improved integration, enhanced adaptability, and even greater surgical precision. Dr. Smit Bharat Solanki stays at the forefront of these technological advancements, ensuring patients receive access to the most advanced surgical care available.
Our commitment to excellence extends beyond technology we believe in the power of mentorship and collaboration among surgical teams. This collaborative approach ensures continuous improvement in robotic surgical techniques and outcomes, benefiting every patient we serve.
Robotic Procedures We Perform
Robotic surgery uses advanced robotic arms controlled by the surgeon for greater precision. This approach means less pain, minimal scarring, faster recovery, and a lower risk of complications compared to open surgery, especially for complex cases.
Robotic Myomectomy
Removal of uterine fibroids while preserving the uterus and fertility. Robotic myomectomy allows for precise removal of even large or multiple fibroids with minimal blood loss and faster recovery compared to open surgery.
- checkPreserves fertility and uterus
- checkEffective for large or multiple fibroids
- checkMinimal scarring and faster recovery
Robotic Hysterectomy
Minimally invasive removal of the uterus for various conditions including fibroids, endometriosis, or cancer. Robotic approach offers superior visualization and precision for complex cases.
- checkTotal, subtotal, or radical options
- checkPreserves ovaries when possible
- checkIdeal for complex or large uteri
Robotic Endometriosis Excision
Precise removal of endometriosis lesions from pelvic organs. The robotic system's enhanced visualization and dexterity allow for complete excision of deep infiltrating endometriosis while preserving healthy tissue.
- checkComplete lesion removal
- checkPreserves fertility potential
- checkEffective for deep infiltrating disease
Robotic Sacrocolpopexy
Repair of pelvic organ prolapse using mesh to support the vaginal vault. Robotic approach provides excellent visualization and precision for this complex reconstructive procedure.
- checkDurable long-term results
- checkPreserves vaginal function
- checkMinimally invasive approach
Robotic Ovarian Cystectomy
Precise removal of ovarian cysts while preserving healthy ovarian tissue. Essential for maintaining fertility and hormonal function, especially in younger patients.
- checkOvarian tissue preservation
- checkFertility-sparing approach
- checkMinimal impact on ovarian function
Robotic Tubal Reanastomosis
Reversal of tubal ligation to restore fertility. The precision of robotic surgery allows for meticulous reconnection of fallopian tubes, maximizing the chances of natural conception.
- checkHigh success rates for reversal
- checkRestores natural fertility
- checkPrecise microsurgical technique
Your Robotic Surgery Journey
Our approach follows Enhanced Recovery After Surgery (ERAS), focusing on better pain control, early walking and eating, and a short, safe hospital stay. Discharge happens only when you are comfortable, walking, eating, and medically stable, with clear guidance for recovery at home.
Pre-Surgical Consultation
Comprehensive evaluation including medical history review, physical examination, and discussion of your condition. We'll explain the robotic procedure, answer all your questions, and ensure you're an ideal candidate for robotic surgery.
Pre-Operative Preparation
Pre-surgical testing and optimization of your health. Our team will provide detailed instructions for preparation, including dietary guidelines and medication management to ensure optimal surgical outcomes.
Day of Surgery
You'll be prepared for surgery with general anesthesia. The Da Vinci system is positioned, and Dr. Smit Bharat Solanki performs the procedure from the console, controlling the robotic arms with precision. The procedure typically takes 1-3 hours depending on complexity.
Recovery & Discharge
Most robotic procedures allow for same-day discharge or a short overnight stay. You'll receive detailed post-operative instructions, pain management guidance, and activity restrictions to ensure optimal healing.
Follow-Up Care
Regular follow-up appointments to monitor your recovery. We'll assess healing, address any concerns, and guide you through your return to normal activities. Most patients resume light activities within days and full activities within 2-4 weeks.
Experience Minimally Invasive Surgery
Discover how laparoscopic and robotic surgery can transform your treatment experience.
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