Advantages
- Tailored 3D-printed alignment guides enhance precision in electrode placement, minimizing errors and improving surgical outcomes in epilepsy procedures
- Reduces surgical time and associated risks by eliminating the need for sequential robotic arm movements, streamlining the procedure
- Avoiding pre-surgery procedures like skull screws enhances comfort, satisfaction, and post-operative well-being
Summary
The innovative approach proposed here revolutionizes the process of intracranial electrode placement for epilepsy surgery. Unlike existing methods, this solution eliminates the need for sequential robotic arm movements by integrating 3D printing technology into the workflow. By utilizing preplanned trajectories to create a custom 3D-printed alignment guide, the surgery becomes more efficient, significantly reducing both time and potential errors during electrode placement. This novel device is tailored to each patient, sterilized for operating room use, and seamlessly attaches to existing robotic platforms, making it cost-effective and easily adaptable. Notably, this solution sets itself apart from alternatives like the Star Fix, as it does not require the uncomfortable placement of screws in the patient's skull prior to surgery, prioritizing patient comfort and satisfaction. With its unique combination of precision, customization, and patient-centered design, this innovation promises to reshape the landscape of focal epilepsy surgery, ultimately improving patient outcomes and overall surgical experience.
In the realm of epilepsy surgery, this pioneering solution offers unparalleled advantages. Its ability to create patient-specific, 3D-printed alignment guides enhances precision while saving valuable time in the operating room. By seamlessly integrating with existing robotic platforms, it ensures a smooth transition for medical professionals. Unlike alternatives such as the Star Fix, which necessitate uncomfortable pre-surgery procedures, this innovation prioritizes patient comfort and satisfaction, promoting better overall experiences. Furthermore, its cost-effectiveness and adaptability make it an attractive choice for medical institutions seeking to improve their epilepsy surgical procedures. As the only device of its kind, this invention represents a significant leap forward in the field, potentially revolutionizing the approach to electrode placement and enhancing the lives of epilepsy patients. Its innovative blend of technology, customization, and patient-centric design positions it as a game-changer in the world of neurosurgery.
Star Fix (FHC Neural Microtargeting Worldwide) that is a 3D printed trajectory alignment tool.
Desired Partnerships
- License
- Sponsored Research
- Co-Development