O-ARM DEVICE

What is the O-Arm Surgical Imaging System and in Which Diseases is it Used?

The O-Arm Surgical Imaging System is an innovative technology that revolutionizes modern medicine and increases precision and accuracy in surgical interventions. It provides high-resolution 3D images, allowing surgeons to obtain a clearer view during surgery.

What is O-Arm?

O-Arm is a surgical imaging system that stands out as one of the most innovative technologies in modern medicine. This system provides high-quality 3D images during surgical interventions, allowing surgeons to perform more precise and accurate operations. Offering a more advanced solution compared to traditional imaging techniques, O-Arm is widely used especially in spinal and orthopedic surgeries. The system helps surgeons see and evaluate anatomical structures better as it provides real-time images during the operation.

What are the O-Arm Features?

The O-Arm system increases the effectiveness of surgical interventions with its various features:

• 360-Degree Viewing: The O-Arm provides surgeons with a 360-degree rotating view. This allows detailed examination of the operating field from every angle.
• High-Resolution 3D Images: The system produces high-resolution 3D images, allowing surgeons to clearly see anatomical structures. This increases accuracy and precision, especially in complex surgical interventions.
• Fast Imaging: Thanks to its fast imaging capability, O-Arm shortens operation time and ensures more efficient surgical interventions.
• Integrated Navigation System: O-Arm is equipped with an integrated navigation system, which helps surgeons guide surgical instruments more precisely.
• Versatility: The O-Arm can be used for a wide range of surgical interventions. It can be used effectively in a variety of areas, from spinal surgeries to orthopedic procedures.

In Which Diseases Is O-Arm Used?

The O-Arm system is used in the diagnosis and treatment of various diseases. Its main areas of use are:

• Spinal Surgeries: Frequently used in spine surgeries, the O-Arm plays an important role in the treatment of spinal deformities, spinal fractures, disc herniations and spinal tumors.
• Orthopedic Surgeries: The O-Arm system is widely used in the treatment of joint replacements, bone fractures and orthopedic deformities. This system allows surgeons to obtain detailed images of joint and bone structures.
• Neurosurgery: O-Arm can be used in brain surgery, especially in tumor resections and treatment of brain aneurysms. This system helps surgeons see sensitive areas of brain structures and perform correct interventions.
• Traumatology: The O-Arm system is also used in the treatment of traumatic injuries. It ensures accurate detection and treatment of fractures and other traumatic lesions.

What are the advantages of O-Arm?

The main advantages offered by the O-Arm system in surgical interventions are:

• Increased Precision and Accuracy: The O-Arm provides high-resolution 3D images, allowing surgeons to see the operating field in detail. This advanced imaging capability allows surgeons to perform more precise and accurate interventions. As a result, it helps reduce errors and complications during surgical procedures.
• Reduced Risk of Complications: The clear and detailed images provided by the O-Arm allow surgeons to better evaluate anatomical structures and perform correct interventions. This reduces the risk of complications and undesirable outcomes that may occur during surgical procedures and increases patient safety.
• Faster Recovery Time: The O-Arm shortens patient recovery time by allowing surgical interventions to be performed more accurately and effectively. Less invasive and more precise operations contribute to faster recovery of patients and shorter hospital stays.
• Real-Time Imaging: O-Arm allows surgeons to obtain instantaneous images during surgery. This real-time imaging capability allows surgeons to dynamically manage surgical procedures and intervene immediately when necessary, improving surgical success and patient safety.
• Wide Range of Use: The O-Arm can be used in a wide range of surgical interventions, from spinal surgeries to orthopedic procedures. This versatility allows surgeons to meet the needs of different areas and perform various surgical procedures more effectively.
• Integrated Navigation System: The O-Arm is equipped with an integrated navigation system. This system helps surgeons guide surgical instruments more precisely. The navigation system allows surgeons to accurately target anatomical structures and reduce the risk of damaging unwanted tissues.
• Shortening of Operation Time: O-Arm contributes to shortening of operation time thanks to its fast and effective imaging capability. Surgeons can quickly access the correct information, making the operation more efficient and saving time for both the patient and the healthcare team.

With these advantages, the O-Arm Surgical Imaging System plays an important role in increasing the success of surgical interventions and patient satisfaction. This advanced technology system has become one of the most valuable tools of modern medicine.

How to Apply O-Arm?

The O-Arm system is applied by following certain steps during surgical interventions:

• Preparation: The surgeon and team prepare the O-Arm system prior to the operation. The system is positioned correctly in the operating room and the necessary calibrations are performed.
• Imaging: During the operation, the O-Arm creates 3D images of the surgical field. The surgeon uses these images to evaluate anatomical structures and plan surgical interventions.
• Navigation: The integrated navigation system helps the surgeon to precisely guide surgical instruments, making surgical interventions more accurate and effective.
• Real-Time Monitoring: The O-Arm continuously provides real-time images during the operation, allowing the surgeon to make instantaneous decisions and adjust interventions as needed.
• Control: After the operation is completed, final controls are performed using the O-Arm system. The surgeon confirms that the operation has been completed successfully and that all necessary interventions have been performed correctly.