Robotic Surgery at UPMC Salvator Mundi International Hospital

The DaVinci® robotic system is one of the most widely used technologies worldwide for robotic surgery. It allows the surgeon to operate from a computerized console, controlling robotic arms equipped with miniaturized instruments and a high-definition three-dimensional view of the surgical field.

Available Surgical Specialties

At UPMC Salvator Mundi International Hospital, you can find a multidisciplinary unit specializing in robotic surgery with the Da Vinci system in the following specialties:

• Bariatrics: procedures for the treatment of obesity.
• General Surgery: procedures for diseases of the digestive system.
• Gynecology: treatments for conditions of the female reproductive system.
• Oncology: surgery for the removal of solid tumors.
• Urology: procedures involving the prostate, kidneys, and urinary tract.
• Urogynecology: treatments for female urogenital conditions.

Benefits of Robotic Surgery with the DaVinci® System

Robotic surgery with the DaVinci® system can offer several advantages, including:

• Smaller incisions with reduced aesthetic impact.
• Greater surgical precision, which may help reduce the risk of complications.
• Less postoperative pain thanks to a minimally invasive approach.
• Faster recovery with a potential reduction in hospital stay.

Our Specialists

• Dr. Umberto Anceschi
• Prof. Claudio Anceschi
• Prof. Pierluigi Bove
• Dr. Marco Colasanti
• Prof. Giuseppe Maria Ettorre
• Dr. Massimo Farina
• Prof. Pierluigi Marini
• Dr. Roberto Luca Meniconi

The CORI™ robotic system is a robot‑assisted orthopaedic surgery platform designed to support the surgeon in planning and performing knee and hip joint replacement procedures.

Technology enables a highly personalized approach based on the patient’s anatomy, with digital control and real‑time data throughout the entire surgical procedure.

CORI™ allows the surgeon to reconstruct a three‑dimensional (3D) model of the joint directly in the operating room, without requiring specific preoperative imaging such as CT scans or MRI. This enables precise planning to be tailored to the individual characteristics of the joint being treated.

During the procedure, the surgeon uses an intelligent handheld robotic instrument integrated with an advanced navigation system that:

• Ensures high accuracy in bone resections and implant positioning.
• Provides immediate feedback and real‑time intraoperative data.
• Activates safety mechanisms that limit the instrument’s action outside the planned areas, helping protect healthy tissues.

Procedures Performed with CORI™

The CORI™ system is used in robot‑assisted joint replacement surgery, particularly for:

• Total knee replacement.
• Unicompartmental knee replacement.
• Hip replacement surgery with advanced navigation.
• Selected revision procedures.

Benefits of Robotic Surgery with the CORI™ System

• Personalized planning based on the patient’s anatomy.
• Real‑time intraoperative control of the procedure.
• High precision in implant positioning.
• Maximum accuracy in implant placement.
• More conservative approach with less tissue trauma.
• Reduced postoperative pain.
• Faster recovery: recovery times are significantly shorter compared to traditional surgery.

Our Specialists

• Dr. Luca Garro

The Mako® robotic system is a robot‑assisted orthopaedic surgery technology developed for hip and knee arthroplasty procedures. At UPMC Salvator Mundi International Hospital, it supports joint replacement surgeries with a high level of precision and customization.

The platform uses a preoperative CT scan of the joint to create a personalized three‑dimensional (3D) model. Based on this model, the surgeon can plan the procedure in detail, defining implant size and positioning and virtually simulating the various phases of the surgery according to the patient’s anatomy.

During the procedure, the robotic system provides continuous support to the surgeon through:

• Real‑time feedback to guide implant positioning.
• A robotic‑assisted arm that enables precise and controlled bone resections, helping protect healthy tissues.
• Joint balancing tools that optimize implant stability and functionality.

Benefits of Orthopaedic Robotic Surgery with the Mako® System

Using the Mako® robotic system can offer several advantages in orthopaedic surgery, including:

• Minimally invasive approach: potential reduction of trauma to surrounding tissues.
• Intraoperative control: real‑time assistance during the procedure.
• High accuracy: robotic support enabling more precise execution of the surgical plan.
• Personalized planning: use of 3D imaging for preoperative planning tailored to the patient’s anatomy.
• Functional recovery: potential reduction in hospital stay and postoperative recovery time.

Our Specialists

• Dr. Sergio Cialdella
• Dr. Gabriele Panegrossi

Yes, robotic surgery is considered a safe technique when performed by experienced surgeons and specialized teams. Robotic systems allow for high precision and accurate control of movements, supporting minimally invasive procedures. As with any surgical procedure, there are risks, which are carefully evaluated by the medical team based on the patient’s clinical condition and the type of surgery.

Robotic surgery may be indicated for many conditions, but eligibility varies from patient to patient. The assessment is based on several factors, including:

• Specialist recommendation.
• Overall health status.
• Medical history.
• Type and complexity of the condition.

A consultation with the surgeon is essential to determine whether robotic surgery is the most appropriate solution for the individual case.

Robotic surgery is a minimally invasive technique that uses smaller instruments and smaller incisions compared to traditional surgery. During the procedure, the patient is under anesthesia and does not feel pain. Postoperative pain is generally lower than with traditional techniques, although it may vary depending on the type of surgery and the patient’s individual characteristics.

Robotic surgery can offer several advantages, including:

• Minimally invasive approach.
• Smaller incisions.
• Greater precision of movements.
• Improved visualization of the surgical field.
• Potential reduction in recovery time.

The benefits vary depending on the procedure and the patient’s clinical condition.

Robotic surgery allows the surgeon to operate with greater precision and control through a robotic system that is entirely guided by the operator. It is not an autonomous system but a tool that supports the surgeon during the procedure. Compared to traditional surgery, robotic surgery may offer advantages in terms of minimally invasive techniques and postoperative recovery. However, it is not always the best choice in absolute terms: the indication depends on the condition, the patient’s health, the surgeon’s experience, and the type of procedure. The decision is therefore made on a case‑by‑case basis, with the goal of ensuring the best possible outcome.