Zeiss Kinevo 900, Tivato 700, Opmi Lumer 700
At Burjeel Medical City, we utilize some of the most advanced surgical visualization systems available, including the Zeiss Kinevo 900, Tivato 700, and Opmi Lumer 700. These cutting-edge technologies enable surgeons to perform complex, high-precision procedures with unparalleled accuracy. By offering enhanced magnification, visualization, and illumination, these systems provide surgeons with detailed, real-time views of critical structures during various surgeries, including neurosurgical, orthopedic, and reconstructive procedures. These technologies ensure better outcomes and improved patient safety.
Key Features.
Ergonomic Design
All three systems are designed with surgeon comfort in mind, featuring easy-to-use controls and adaptable configurations to reduce surgeon fatigue during lengthy procedures. This ensures better precision and focus throughout complex surgeries.
Fluorescence Imaging
The Tivato 700 offers advanced fluorescence imaging capabilities, enabling surgeons to visualize blood flow and differentiate between healthy and abnormal tissues in real-time, ensuring more accurate tissue removal and repair during procedures.
Robotic-Assisted Precision (Zeiss Kinevo 900)
The Zeiss Kinevo 900 incorporates robotic-assisted capabilities, allowing for hands-free, automated movement of the microscope, enhancing precision during intricate procedures. This enables steady visualization, reducing the risk of errors and fatigue.
Enhanced Magnification and Clarity
These systems allow surgeons to zoom in on microscopic structures with exceptional clarity, making them ideal for intricate surgeries, such as those involving the brain, spine, and delicate musculoskeletal tissues.
3D Digital Visualization
All three systems provide high-definition 3D digital imaging, offering superior depth perception and enhanced visualization of anatomical structures, which is crucial for accurate navigation and precise surgical interventions.
Conditions Treated Using Advanced Surgical Visualization Modalities.
These advanced surgical visualization systems are used in a variety of complex procedures, including:
- Brain surgeries (e.g., neurovascular procedures, neurosurgical interventions)
- Spinal surgeries (e.g., spinal decompression, disc replacements)
- Orthopedic surgeries (e.g., joint replacement, bone fractures, complex reconstructions)
- Head and neck surgeries (e.g., thyroid surgeries, sinus surgeries, reconstructive procedures)
- Vascular surgeries (e.g., arterial bypass, vascular malformations)
- Reconstructive surgeries (e.g., plastic surgeries, wound repairs, tissue transplants)
- Trauma surgeries (e.g., bone fractures, joint stabilization)
Benefits of Advanced Surgical Visualization Modalities.
Patients undergoing surgery with the Zeiss Kinevo 900, Tivato 700, or Opmi Lumer 700 benefit from the systems' advanced visualization capabilities:
Enhanced Surgical Precision
The detailed imaging and magnification allow surgeons to see critical structures more clearly, resulting in more precise tissue removal, bone reconstruction, and musculoskeletal corrections, leading to better surgical outcomes.
Improved Outcomes for Complex Surgeries
These systems enable surgeons to perform delicate procedures with greater accuracy, improving outcomes, particularly for brain surgeries, spinal surgeries, and orthopedic procedures.
Minimally Invasive Surgery Support
The enhanced visualization supports minimally invasive approaches, allowing for smaller incisions, reduced scarring, and faster recovery times, all while maintaining high levels of surgical precision.
Real-Time Fluorescence Imaging
The fluorescence capabilities of the Tivato 700 help surgeons differentiate between healthy and abnormal tissues, ensuring more effective tissue removal and reducing the risk of leaving any abnormal tissue behind.
Robotic-Assisted Precision
The Zeiss Kinevo 900’s robotic features allow for hands-free control and ultra-steady visualization, reducing the risk of surgeon fatigue and increasing precision during lengthy procedures, especially in complex surgeries.
Our Approach to Surgical Care.
At Burjeel Medical City, we integrate these advanced surgical visualization systems into our comprehensive approach to surgical care, ensuring that each surgery is performed with the highest level of precision:
Multidisciplinary Collaboration
Our team of neurosurgeons, orthopedic surgeons, plastic surgeons, and radiologists work together to plan and execute complex procedures using the latest visualization technologies, ensuring optimal outcomes for our patients.
Minimally Invasive Techniques
Whenever possible, we use minimally invasive approaches with enhanced visualization to reduce recovery times and improve patient outcomes. These advanced tools provide surgeons with the necessary clarity to perform operations with minimal tissue disruption.
Real-Time Decision Making
The high-quality real-time imaging provided by these systems allows surgeons to make immediate, data-driven decisions during surgery, ensuring the best possible results for patients and reducing the risk of complications.
Focus on Precision and Safety
We prioritize surgical precision and patient safety, using advanced imaging tools to ensure that the surgical site is addressed with minimal impact on surrounding healthy structures. This reduces the risk of complications and enhances recovery.
Patient Journey.
Patients undergoing surgery with the assistance of advanced visualization systems at Burjeel Medical City can expect a comprehensive, patient-centered experience:
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Initial Consultation
A thorough evaluation by the surgical team, including advanced imaging studies to assess the patient’s condition and determine the appropriate surgical approach using the Zeiss Kinevo 900, Tivato 700, or Opmi Lumer 700 systems.
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Surgical Planning
The Zeiss Kinevo 900, Tivato 700, or Opmi Lumer 700 systems are integrated into the surgical plan, ensuring that surgeons have the best visualization tools available during the procedure for precise tissue removal and treatment.
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Intraoperative Visualization
During surgery, these systems provide real-time, high-resolution imaging that allows the surgeon to visualize and navigate critical structures with precision and clarity, ensuring the best possible surgical outcome.
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Post-Surgical Monitoring
After the procedure, patients receive detailed follow-up care, including post-operative imaging and monitoring to ensure successful outcomes and proper recovery.
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Post-Surgical Care
Patients are provided with personalized care instructions for recovery, with regular follow-up appointments to monitor healing and assess long-term outcomes.