When it comes to spinal surgery, precision is key. Any deviation from the intended path can lead to irreversible damage and complications. This is where the ExcelsiusGPS® System comes in.

Developed by Globus Medical, the ExcelsiusGPS® is a robot-assisted navigation platform that provides a high level of accuracy and efficiency in spinal surgery.

What is the ExcelsiusGPS® System?

The ExcelsiusGPS® System is a cutting-edge technology that integrates GPS-like navigation with a robotic arm to guide the surgeon during spinal surgery.

The system uses advanced algorithms and real-time imaging to create a high-resolution 3D map of the patient’s anatomy. This map is then used to guide the robotic arm, which helps the surgeon to place screws and other instruments with greater accuracy.

One of the key advantages of the ExcelsiusGPS® System is its ability to reduce radiation exposure. Traditional spinal surgery relies heavily on x-ray imaging, which can expose patients and surgeons alike to significant levels of radiation.

With the ExcelsiusGPS® System, the need for x-rays is greatly reduced, resulting in a safer environment for everyone involved.

How does the ExcelsiusGPS® System work?

The ExcelsiusGPS® System is composed of several components, including a robotic arm, a tracking system, and specialized software. During surgery, the surgeon attaches a tracker to the patient’s spine.

This tracker is then used to create a high-resolution 3D map of the patient’s anatomy. The robotic arm is then programmed to follow this map, guiding the surgeon’s instruments with precise movements.

The ExcelsiusGPS® System also allows for real-time updates to the 3D map, allowing the surgeon to make adjustments as needed.

The system’s advanced software can also analyze the data to provide detailed information about the patient’s spinal anatomy, such as the size and shape of vertebrae and any potential obstacles or challenges.

Benefits of the ExcelsiusGPS® System

The ExcelsiusGPS® System offers several benefits over traditional spinal surgery techniques, including:.

Increased accuracy: The use of robotic guidance and advanced imaging technology allows for greater precision and accuracy, reducing the risk of complications.
Greater efficiency: The ExcelsiusGPS® System allows surgeons to perform surgery with greater efficiency, reducing surgical time and the need for repeated x-rays.
Reduced radiation exposure: The system’s advanced imaging technology reduces the need for x-ray imaging, resulting in a safer environment for patients and surgeons.
Improved outcomes: The greater precision and accuracy provided by the ExcelsiusGPS® System can lead to improved surgical outcomes and faster recovery times.

Applications of the ExcelsiusGPS® System

The ExcelsiusGPS® System can be used in a wide range of spinal surgery applications, including:.

Spinal fusions
Vertebroplasty and kyphoplasty
Tumor removal
Scoliosis correction
Disc herniation repair

Who is a good candidate for the ExcelsiusGPS® System?

The ExcelsiusGPS® System is ideal for patients who require spinal surgery and would benefit from the increased precision and accuracy provided by the technology. Candidates may include those with:.

Spinal fractures
Degenerative disc disease
Spinal tumors
Scoliosis

However, the use of the ExcelsiusGPS® System is ultimately up to the discretion of the surgeon and their evaluation of the patient’s individual needs and risks.

Conclusion

The ExcelsiusGPS® System is a revolutionary technology that has transformed the landscape of spinal surgery.

With its advanced imaging and robotic guidance capabilities, the ExcelsiusGPS® System offers greater precision, efficiency, and safety than traditional spinal surgery techniques. If you are in need of spinal surgery, talk to your surgeon about the ExcelsiusGPS® System and whether it may be right for you.