Innovative Technology for Precision Healthcare.
State-of-the-Art Facilities for Advanced Treatment
Cutting-Edge Technology & Specialized Institutes
At Burjeel Medical City, we integrate advanced technology with world-class medical care to provide treatments that are not only precise but also customized to each patient’s specific needs. Our dedication to staying at the forefront of medical innovation ensures that we offer the most effective and up-to-date therapies available. From highly detailed imaging and diagnostic tools to minimally invasive surgical techniques, we invest in the latest technologies that help achieve better outcomes, reduce recovery times, and improve patient comfort. Every aspect of our care is designed with one goal in mind: to deliver exceptional, personalized healthcare through the most advanced methods and equipment available.
Key Technologies & Facilities.
Surgical Endoscope System
The 3D/4K/ICG Surgical Endoscope System combines cutting-edge imaging technologies to provide surgeons with unparalleled visual information during minimally invasive procedures. This system integrates 3D depth perception, 4K ultra-high-definition resolution, and ICG fluorescence imaging, allowing for precise tissue identification and improved surgical outcomes.
Benefits
- Enhanced depth perception with 3D imaging
- Ultra-high definition 4K resolution for exceptional clarity
- ICG fluorescence imaging for real-time tissue perfusion assessment
- Improved surgical precision and decision-making
- Versatile application across various surgical specialties
- The system’s advanced imaging capabilities enable surgeons to visualize critical structures and assess tissue perfusion in real-time, leading to more accurate and efficient procedures.
Bi-Plane Cath Lab
The Bi-Plane Cath Lab is one of the most sophisticated systems available for cardiovascular procedures. It utilizes dual C-arm X-ray machines to capture high-quality images from two different angles simultaneously, offering enhanced visualization for complex interventions. This system is particularly beneficial for neurovascular, electrophysiology (EP), and complex cardiac procedures, offering faster 3D image acquisition and reduced contrast media usage.
Benefits:
- Simultaneous multi-angle imaging for enhanced visualization
- Faster 3D image acquisition, reducing procedure time
- Reduced contrast media usage, improving patient safety
- Advanced 3D software for detailed cardiac and vascular imaging
- Flexibility to use as a single-plane system for standard procedures
Laparoscopic Surgery
The 4K UHD Laparoscopic Surgery Tower facilitates high-resolution minimally invasive surgeries, particularly for delicate procedures. By providing superior image quality, it allows surgeons to perform complex surgeries with higher precision, leading to reduced recovery times and fewer complications.
Benefits
- Higher resolution for more accurate surgeries
- Minimally invasive procedures that promote faster healing
- Reduced risk of complications during surgery
- This system ensures that laparoscopic surgeries are performed with clarity, offering improved surgical outcomes and faster recovery for patients.
G-Arm & O-Arm
The G-Arm and O-Arm imaging systems provide real-time 2D and 3D imaging during surgeries, which are crucial for complex procedures such as spinal and orthopedic surgeries. These systems offer enhanced surgical accuracy and minimized invasiveness, ensuring shorter recovery times and better patient outcomes.
Learn More
Frozen Section Lab
The Frozen Section Lab provides immediate pathology analysis during surgeries. Surgeons can determine, during the operation, whether all cancerous tissue has been successfully removed or if additional resection is needed, reducing the need for follow-up surgeries.
Learn More
Da Vinci Xi Surgical System
The Da Vinci Xi Surgical System offers advanced robotic-assisted surgery with high-precision for minimally invasive procedures. It enhances flexibility and control, enabling surgeons to perform complex surgeries with superior accuracy, reducing scarring, blood loss, and post-operative complications.
Benefits
- Minimally invasive procedures that reduce scarring, blood loss, and recovery time
- 3D high-definition visualization for enhanced surgical accuracy
- Greater precision and control during complex surgeries
- Faster recovery with reduced post-operative complications
- This system improves patient outcomes by allowing surgeons to perform precise and complex procedures with fewer complications.
3D Mammography System
The Dimensions® 3D Mammography System enhances breast cancer detection by creating three-dimensional images of the breast. This allows radiologists to examine the breast tissue layer by layer, improving the detection of small or hidden tumors, especially in women with dense breast tissue.
Benefits
- Improved accuracy in detecting small or hidden tumors
- Reduces follow-up exams and false positives
- Better detection in patients with dense breast tissue
Intraoperative MRI (iMRI)
Burjeel Medical City is the first in the region to offer the 1.5T iMRI, providing real-time imaging during surgery. This technology enables surgeons to visualize and assess the tumor during operations, ensuring complete tumor removal and minimizing the need for additional surgeries.
Benefits
- Increases accuracy of tumor removal
- Minimizes the risk of residual cancerous tissue
- Reduces the need for additional surgeries
PET-CT and SPECT-CT
The PET-CT and SPECT-CT scanners provide detailed images of both the structure and function of organs and tissues, helping in cancer diagnosis and treatment planning. PET-CT is highly effective in detecting cancerous cells, while SPECT-CT aids in assessing blood flow and metabolic activity.
Benefits
- Accurate detection and staging of cancers
- Helps in planning effective treatments based on patient response
- Non-invasive and painless diagnostic process
These systems play a crucial role in diagnosis, staging, and monitoring cancer treatment.
Elekta Versa HD
The Elekta Versa HD system provides high-precision radiotherapy, delivering targeted radiation to tumors while minimizing damage to surrounding healthy tissues. With advanced 4D imaging, it tracks tumor movement during treatment, ensuring accuracy.
Benefits
- Highly targeted treatment reduces side effects
- Shorter treatment sessions for patient convenience
- Precision targeting for both small and large tumors
- Advanced 4D imaging to track tumor movement during treatment
This system improves treatment accuracy, ensuring better outcomes for patients with cancer.
Brainlab Technologies
Brainlab Technologies enhance neurosurgical procedures and radiation therapy by offering real-time tracking and adaptive planning. This ensures precision in brain, spine, and other oncological surgeries, improving patient outcomes.
Benefits
- Enhanced accuracy in tumor localization and resection during neurosurgery
- Real-time intraoperative imaging for precise surgical adjustments
- Adaptive radiation therapy for personalized treatments
- Improved patient safety and outcomes
These technologies ensure optimal results for patients undergoing neurosurgery and radiation therapy.
Zeiss Kinevo 900, Tivato 700, Opmi Lumer 700
Burjeel Medical City uses advanced surgical visualization tools, such as the Zeiss Kinevo 900, Tivato 700, and Opmi Lumer 700. These systems provide real-time, high-definition visualization during surgeries, improving precision and safety, especially in complex tumor removals.
Benefits
- Real-time high-definition visualization during surgery
- Enhanced precision for removing tumors near critical structures
- Improved patient safety and reduced recovery times
These visualization tools help surgeons work with greater precision, improving patient outcomes and safety.
Surgical Endoscope System
The 3D/4K/ICG Surgical Endoscope System combines cutting-edge imaging technologies to provide surgeons with unparalleled visual information during minimally invasive procedures. This system integrates 3D depth perception, 4K ultra-high-definition resolution, and ICG fluorescence imaging, allowing for precise tissue identification and improved surgical outcomes.
Benefits
- Enhanced depth perception with 3D imaging
- Ultra-high definition 4K resolution for exceptional clarity
- ICG fluorescence imaging for real-time tissue perfusion assessment
- Improved surgical precision and decision-making
- Versatile application across various surgical specialties
- The system’s advanced imaging capabilities enable surgeons to visualize critical structures and assess tissue perfusion in real-time, leading to more accurate and efficient procedures.
Bi-Plane Cath Lab
The Bi-Plane Cath Lab is one of the most sophisticated systems available for cardiovascular procedures. It utilizes dual C-arm X-ray machines to capture high-quality images from two different angles simultaneously, offering enhanced visualization for complex interventions. This system is particularly beneficial for neurovascular, electrophysiology (EP), and complex cardiac procedures, offering faster 3D image acquisition and reduced contrast media usage.
Benefits:
- Simultaneous multi-angle imaging for enhanced visualization
- Faster 3D image acquisition, reducing procedure time
- Reduced contrast media usage, improving patient safety
- Advanced 3D software for detailed cardiac and vascular imaging
- Flexibility to use as a single-plane system for standard procedures
Laparoscopic Surgery
The 4K UHD Laparoscopic Surgery Tower facilitates high-resolution minimally invasive surgeries, particularly for delicate procedures. By providing superior image quality, it allows surgeons to perform complex surgeries with higher precision, leading to reduced recovery times and fewer complications.
Benefits
- Higher resolution for more accurate surgeries
- Minimally invasive procedures that promote faster healing
- Reduced risk of complications during surgery
- This system ensures that laparoscopic surgeries are performed with clarity, offering improved surgical outcomes and faster recovery for patients.
G-Arm & O-Arm
The G-Arm and O-Arm imaging systems provide real-time 2D and 3D imaging during surgeries, which are crucial for complex procedures such as spinal and orthopedic surgeries. These systems offer enhanced surgical accuracy and minimized invasiveness, ensuring shorter recovery times and better patient outcomes.
Learn MoreFrozen Section Lab
The Frozen Section Lab provides immediate pathology analysis during surgeries. Surgeons can determine, during the operation, whether all cancerous tissue has been successfully removed or if additional resection is needed, reducing the need for follow-up surgeries.
Learn MoreDa Vinci Xi Surgical System
The Da Vinci Xi Surgical System offers advanced robotic-assisted surgery with high-precision for minimally invasive procedures. It enhances flexibility and control, enabling surgeons to perform complex surgeries with superior accuracy, reducing scarring, blood loss, and post-operative complications.
Benefits
- Minimally invasive procedures that reduce scarring, blood loss, and recovery time
- 3D high-definition visualization for enhanced surgical accuracy
- Greater precision and control during complex surgeries
- Faster recovery with reduced post-operative complications
- This system improves patient outcomes by allowing surgeons to perform precise and complex procedures with fewer complications.
3D Mammography System
The Dimensions® 3D Mammography System enhances breast cancer detection by creating three-dimensional images of the breast. This allows radiologists to examine the breast tissue layer by layer, improving the detection of small or hidden tumors, especially in women with dense breast tissue.
Benefits
- Improved accuracy in detecting small or hidden tumors
- Reduces follow-up exams and false positives
- Better detection in patients with dense breast tissue
Intraoperative MRI (iMRI)
Burjeel Medical City is the first in the region to offer the 1.5T iMRI, providing real-time imaging during surgery. This technology enables surgeons to visualize and assess the tumor during operations, ensuring complete tumor removal and minimizing the need for additional surgeries.
Benefits
- Increases accuracy of tumor removal
- Minimizes the risk of residual cancerous tissue
- Reduces the need for additional surgeries
PET-CT and SPECT-CT
The PET-CT and SPECT-CT scanners provide detailed images of both the structure and function of organs and tissues, helping in cancer diagnosis and treatment planning. PET-CT is highly effective in detecting cancerous cells, while SPECT-CT aids in assessing blood flow and metabolic activity.
Benefits
- Accurate detection and staging of cancers
- Helps in planning effective treatments based on patient response
- Non-invasive and painless diagnostic process
These systems play a crucial role in diagnosis, staging, and monitoring cancer treatment.
Elekta Versa HD
The Elekta Versa HD system provides high-precision radiotherapy, delivering targeted radiation to tumors while minimizing damage to surrounding healthy tissues. With advanced 4D imaging, it tracks tumor movement during treatment, ensuring accuracy.
Benefits
- Highly targeted treatment reduces side effects
- Shorter treatment sessions for patient convenience
- Precision targeting for both small and large tumors
- Advanced 4D imaging to track tumor movement during treatment
This system improves treatment accuracy, ensuring better outcomes for patients with cancer.
Brainlab Technologies
Brainlab Technologies enhance neurosurgical procedures and radiation therapy by offering real-time tracking and adaptive planning. This ensures precision in brain, spine, and other oncological surgeries, improving patient outcomes.
Benefits
- Enhanced accuracy in tumor localization and resection during neurosurgery
- Real-time intraoperative imaging for precise surgical adjustments
- Adaptive radiation therapy for personalized treatments
- Improved patient safety and outcomes
These technologies ensure optimal results for patients undergoing neurosurgery and radiation therapy.
Zeiss Kinevo 900, Tivato 700, Opmi Lumer 700
Burjeel Medical City uses advanced surgical visualization tools, such as the Zeiss Kinevo 900, Tivato 700, and Opmi Lumer 700. These systems provide real-time, high-definition visualization during surgeries, improving precision and safety, especially in complex tumor removals.
Benefits
- Real-time high-definition visualization during surgery
- Enhanced precision for removing tumors near critical structures
- Improved patient safety and reduced recovery times
These visualization tools help surgeons work with greater precision, improving patient outcomes and safety.
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