The Da Vinci Xi is a state-of-the-art robotic surgical system known for its advanced technology and precision in minimally invasive procedures. Designed to optimise complex procedures, the Da Vinci Xi helps patients recover faster with fewer complications.

Enhancing surgical precision and control 

The Da Vinci Xi extends a surgeon’s capabilities with 3D high-definition visualisation (10x magnification) and wristed instruments that mimic the natural movements of the human hand—with even greater range and stability. This allows for unparalleled accuracy in delicate procedures like prostatectomy, where preserving nerves and minimising blood loss are critical. Compared to traditional open or laparoscopic surgery, the system reduces human tremor and enhances dexterity in confined spaces.

Expanding minimally invasive options    

The benefits of Da Vinci Xi’s minimally invasive approach include: 

• Smaller incisions: Less pain, reduced scarring, and lower risk of infection. 
• Faster recovery: Shorter hospital stays and quicker return to daily activities. 
• Proven outcomes: Superior clinical results for prostate, gynaecologic, and other complex surgeries. 

Its versatility makes it a preferred choice for urologic and beyond, offering patients access to advanced robotic techniques.

Learn more about our Robotic Prostate Surgery (Prostatectomy). 

At Gleneagles, we are proud to offer Mako Robotic-Arm Assisted Surgery, a breakthrough in orthopaedic care that revolutionises joint replacement procedures. Combining advanced 3D imaging with robotic precision, Mako enables personalised surgical planning and unparalleled accuracy for hip and knee replacements, helping patients regain mobility with confidence. 

Precision tailored to your anatomy 

Mako’s smart robotic arm works in harmony with your surgeon’s expertise, guided by a detailed 3D surgical plan customised to your unique joint structure. This allows for:

• Optimal implant positioning for natural joint movement and long-lasting results 
• Minimal bone removal, preserving healthy tissue for faster healing

• Real-time adjustments during surgery, ensuring the highest level of accuracy 

Benefits of Robotic-Assisted Joint Replacement 

Compared to traditional joint surgery, Mako offers: 

• Less pain and scarring – Smaller incisions and minimized soft tissue damage. 
• Faster recovery – Many patients walk the same day and return to daily activities sooner. 
• Improved implant longevity – Precise alignment reduces wear and tear over time. 

Learn more about our Joint Replacement Surgeries. 

The ExcelsiusGPS^® Robotic Navigation System is the first and only robotic navigation platform on the market that offers a comprehensive approach to spine and cranial procedures, from start to finish. This technology integrates real-time imaging with robotic accuracy to support surgeons in achieving optimal surgical outcomes while maintaining minimally invasive approaches where appropriate. 

Enhancing Surgical Precision in Spine Care

The ExcelsiusGPS^®  system combines: 

• Robotic guidance for accurate instrument placement 
• Real-time navigation with intraoperative imaging integration 
• Rigid mechanical arm for stable trajectory control 

Compared to conventional techniques, this system provides surgeons with: 

• Improved accuracy in pedicle screw placement and other spinal instrumentation 
• Reduced reliance on repeated intraoperative imaging 
• Enhanced ability to execute pre-operative plans with sub-millimetre precision 

Expanding Treatment Options for Spinal Conditions

The system supports various spinal procedures, including: 

• Spinal fusion surgeries 
• Minimally invasive spine procedures 
• Complex deformity corrections 

For patients, the ExcelsiusGPS^® system may offer several clinical benefits, including a reduced risk of revision surgery from improved hardware placement accuracy, the potential for smaller incisions when minimally invasive approaches are indicated, and better preservation of healthy surrounding tissue through the system's enhanced surgical precision. These technical advantages may contribute to improved patient outcomes in appropriate spinal surgery cases. 

Integrating Advanced Technology into Spine Practice

As with all surgical technologies, the ExcelsiusGPS^®  system serves as a tool to assist surgeon expertise. Its implementation reflects our commitment to incorporating evidence-based technological advances that may benefit appropriate candidates for spinal surgery.

Learn more about our Spine Surgeries.