Initial institutional experience using a robotic arm-enabled 4K 3D exoscope in neurosurgical operations

Area of Science:

• Neurosurgery
• Surgical Technology
• Medical Imaging

Background:

• Traditional optical microscopes have limitations in microsurgery.
• Minimally invasive neurosurgery demands advanced visualization tools.
• The extracorporeal telescope (exoscope) is an emerging digital alternative.

Purpose of the Study:

• To evaluate the initial institutional experience with a robotic arm-enabled 4K 3D exoscope.
• To assess the utility of the exoscope in various neurosurgical operations.
• To highlight the benefits of advanced intraoperative visualization.

Main Methods:

• Utilized a robotic arm-enabled 4K 3D exoscope for neurosurgical procedures.
• Performed cranial surgeries including Chiari decompression and microvascular decompression.
• Conducted spinal surgeries such as anterior cervical discectomy and lumbar decompressions.

Main Results:

• The exoscope provided enhanced intraoperative visualization with 4K multiscreen output and 3D depth perception.
• The system demonstrated versatility across a range of cranial and spinal neurosurgical operations.
• Pneumatic robot arms offered precise instrument control and maneuverability.

Conclusions:

• The extracorporeal telescope (exoscope) is a valuable tool for enhancing visualization in microsurgery.
• Robotic arm-enabled 4K 3D exoscopes offer significant advantages for neurosurgical procedures.
• This technology represents a promising advancement in minimally invasive neurosurgical operations.