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In patients with vertebral dislocation or vertebral fracture, surgery to stabilize the spine by surgery using surgical implants is commonly used.
When stabilizing the spine, surgical pins or screws are mainly used. In this case, the proper position, angle, and depth should be calculated and inserted, avoiding nerves and blood vessels. However, due to the nature of neurosurgery, the surgical field of view is extremely limited, which brings many difficulties.
Neurosurgery Guide is a surgical instrument that is individually created for each patient through a 3D surgical simulation process using a patient's CT image.
At this time, the insertion angle and position of the screw can be safely determined through the drill guide, and the length of the screw can also be determined in advance based on the surgical simulation result, so that the operation can be safely performed.
If the surgery plan and patient guide are designed according to the request of the orthopedic surgeon, you can check them through the 3D viewer.
You can view anywhere using a web browser or mobile phone and, if desired, order patient-specific surgical guides through the correction process.
A set of simulated surgical practice exercises is provided with a guide. Orthopedic surgeons can perform simulated surgery in advance, and by grasping the expected problems in the actual surgery in advance, the success rate of surgery can be increased and the operation time can be shortened.
It is a guide to help you correctly insert the screw in AAI, which is common in small dogs.
Details Download PDFA guide that helps insert surgical pins or screws to fix fractures or dislocations of the thoracic and lumbar spine.
Details Download PDF