G-Arm & O-Arm with 2D/3D Imaging Systems 

G-Arm & O-Arm with 2D/3D Imaging Systems 

The G-Arm and O-Arm Imaging Systems at Burjeel Cancer Institute provide advanced 2D and 3D imaging solutions for precise surgical interventions. These systems are particularly valuable in complex surgeries involving the spine, orthopedics, neurosurgery, and other oncological procedures. The G-Arm delivers dynamic 2D imaging, while the O-Arm offers intraoperative 3D imaging with real-time updates, allowing for enhanced visualization during surgery. This combination ensures that surgeons have the most detailed anatomical information to guide their procedures, improving accuracy, safety, and outcomes. 

Key Features

The G-Arm and O-Arm systems offer several advanced features that enhance surgical precision and patient safety:

Radiation Dose Control  

Radiation Dose Control  

Radiation Dose Control: Both systems are designed with radiation dose management, ensuring that patients and medical staff are exposed to minimal radiation during procedures. 

Minimally Invasive Surgery Support

Minimally Invasive Surgery Support

These systems support minimally invasive surgical techniques by providing precise navigation and visualization of the surgical site. 

360-Degree Imaging with O-Arm 

360-Degree Imaging with O-Arm 

The O-Arm system provides 360-degree scans, offering a complete view of complex structures such as the spine or joints, enhancing surgical precision.

2D/3D Imaging Capability

2D/3D Imaging Capability

The G-Arm provides high-quality 2D imaging, while the O-Arm offers 3D imaging during critical phases of surgery, ensuring a comprehensive view of the operative field. 

Real-Time Intraoperative Imaging

Real-Time Intraoperative Imaging

Both G-Arm and O-Arm provide real-time imaging during surgery, allowing surgeons to visualize structures and make adjustments as needed. 

Conditions Treated Using G-Arm & O-Arm Imaging Systems

The G-Arm and O-Arm systems are used in a variety of surgical procedures, particularly in the following areas:

  • Spinal tumors and deformities
  • Neurosurgical interventions for brain and spinal tumors
  • Orthopedic surgeries involving bone tumors
  • Complex reconstructive surgeries
  • Surgical oncology for solid tumors
  • Trauma surgery involving bones or joints
  • Minimally invasive spine surgery
  • Head and neck cancer surgeries
  • Vascular surgeries requiring precise navigation

Conditions Treated Using G-Arm & O-Arm Imaging Systems

Benefits of G-Arm & O-Arm Imaging Systems

Benefits of G-Arm & O-Arm Imaging Systems

Patients undergoing surgery with the assistance of G-Arm and O-Arm imaging benefit from the systems' advanced capabilities:

Enhanced Surgical Precision

Enhanced Surgical Precision

The ability to visualize both 2D and 3D images in real-time during surgery allows for more accurate tumor removal, bone reconstruction, and spinal corrections.



Improved Outcomes for Complex Surgeries

Improved Outcomes for Complex Surgeries

The detailed imaging provided by the O-Arm, with its 360-degree view, enhances the ability to perform precise surgical maneuvers, leading to improved outcomes, particularly in complex spine or orthopedic surgeries.



Minimally Invasive Surgery

Minimally Invasive Surgery

Both imaging systems support minimally invasive techniques, reducing recovery times, pain, and scarring, while maintaining high levels of surgical accuracy.



Reduced Radiation Exposure

Reduced Radiation Exposure

The systems' radiation management features minimize exposure for patients and staff, ensuring that high-quality imaging is achieved without unnecessary radiation.



Increased Patient Safety

Increased Patient Safety

Real-time imaging allows surgeons to make immediate adjustments during surgery, reducing the risk of complications and enhancing patient safety.


Our Approach to Surgical Oncology and Orthopedics

Our Approach to Surgical Oncology and Orthopedics

At Burjeel Cancer Institute, the G-Arm and O-Arm systems are integral to our comprehensive approach to surgical oncology, neurosurgery, and orthopedic care:

Multidisciplinary Collaboration

Multidisciplinary Collaboration

Our team of neurosurgeons, orthopedic surgeons, oncologists, and radiologists collaborate to ensure that imaging is used to guide surgeries with precision and accuracy.



Minimally Invasive Techniques

Minimally Invasive Techniques

We prioritize minimally invasive surgical approaches whenever possible, utilizing the advanced imaging provided by G-Arm and O-Arm to achieve optimal results with reduced recovery times.



Real-Time Decision Making

Real-Time Decision Making

The real-time imaging provided by these systems allows surgeons to make immediate, data-driven decisions during surgery, ensuring the best possible outcomes.



Comprehensive Surgical Planning

Comprehensive Surgical Planning

Our approach integrates detailed pre-operative imaging with intraoperative imaging from the G-Arm and O-Arm systems, ensuring that each surgery is meticulously planned and executed.

Advanced Treatment Techniques

Patient Journey

Patients undergoing surgery with G-Arm and O-Arm imaging at Burjeel Cancer Institute can expect a well-coordinated and supportive experience:

Pre-Surgical Consultation

Pre-Surgical Consultation

A thorough evaluation by the surgical team, including detailed imaging studies to assess the patient's condition and plan the procedure.



Surgical Planning

Surgical Planning

The G-Arm and O-Arm imaging systems are incorporated into the surgical plan, ensuring that surgeons have precise intraoperative imaging guidance.



Intraoperative Imaging

Intraoperative Imaging

During surgery, the G-Arm and O-Arm provide real-time 2D and 3D imaging to guide the procedure, allowing the surgical team to make accurate adjustments.



Post-Surgical Follow-Up

Post-Surgical Follow-Up

After the procedure, patients receive comprehensive follow-up care, including additional imaging if necessary to monitor recovery and ensure successful outcomes.