Dell Children’s Medical Center North First to Implement Advanced Robotic Technology for Spinal Surgeries
AUSTIN, Texas — In a groundbreaking development, Dell Children’s Medical Center North has become the first pediatric hospital globally to implement a pioneering robotic technology for spinal surgeries. This innovative system, termed the "Advanced Active Robotic Assisted and Navigation Platform," is set to enhance precision in surgical procedures, particularly in managing complex spinal deformities.
The dual-use technology allows surgeons to utilize both a standalone navigation system and an active robotics platform, providing flexibility tailored to individual surgical preferences. This advancement promises to significantly improve screw placement accuracy, which is crucial for the success of spinal surgeries.
“Being the first hospital in the world to offer advanced pediatric spine surgeries with this leading-edge technology is both an honor and a reflection of our vision,” stated Dell Children’s President Adam Messer in a recent news release. “This investment supports our ongoing mission to bring world-class care to children and families, both here in Central Texas and across the nation.”
Officials at Dell Children’s anticipate that the North Campus and its main campus will perform over 130 robotic spine procedures in the current fiscal year, marking a significant step forward in pediatric surgical care. The integration of this advanced technology not only aims to enhance patient outcomes but also establishes Dell Children’s as a leader in the field of pediatric healthcare innovation.
This initiative reflects a commitment to providing exceptional medical services, setting a new standard in spinal surgery practices for hospitals worldwide. As the healthcare industry continues to evolve, Dell Children’s Medical Center North remains at the forefront of employing cutting-edge technologies for the benefit of its young patients.
Note: The image is for illustrative purposes only and is not the original image associated with the presented article. Due to copyright reasons, we are unable to use the original images. However, you can still enjoy the accurate and up-to-date content and information provided.
