Medacta announced the publication of a new study which demonstrates that NextAR Spine seamlessly integrates into the OR workflow, enabling the surgeon to enhance efficiency, accuracy and versatility in spine surgery.
The study, “Evaluating a cutting edge augmented reality supported navigation system for spinal instrumentation,” evaluates the efficiency, accuracy and versatility of NextAR Spine, a navigation system that incorporates augmented reality to provide unique real-time surgical guidance, superimposed onto the operative field, enhancing precision and enabling data-driven decision-making in the placement of pedicle screws, and addressing different types of spine indications such as trauma, degeneration, infection and tumor.
This further highlights that NextAR Spine may be a reliable and safe tool for 3D imaging-based pedicle screw placement while requiring minimal setup during surgery. Setup is reduced to a minimum by integrating the cameras into the surgical instruments and establishing a flexible platform that includes the preoperative planning.
The NextAR platform is offered as a hardware system with limited capital investment and single-use instrumentation at a low cost per case, and offers the ability to host software for multiple applications (NextAR Knee, NextAR Shoulder, NextAR Spine and Hip applications). The platform may offer an optimal solution worldwide, particularly for US ASCs.
Medacta announced the publication of a new study which demonstrates that NextAR Spine seamlessly integrates into the OR workflow, enabling the surgeon to enhance efficiency, accuracy and versatility in spine surgery.
The study, “Evaluating a cutting edge augmented reality supported navigation system for spinal instrumentation,” evaluates the...
Medacta announced the publication of a new study which demonstrates that NextAR Spine seamlessly integrates into the OR workflow, enabling the surgeon to enhance efficiency, accuracy and versatility in spine surgery.
The study, “Evaluating a cutting edge augmented reality supported navigation system for spinal instrumentation,” evaluates the efficiency, accuracy and versatility of NextAR Spine, a navigation system that incorporates augmented reality to provide unique real-time surgical guidance, superimposed onto the operative field, enhancing precision and enabling data-driven decision-making in the placement of pedicle screws, and addressing different types of spine indications such as trauma, degeneration, infection and tumor.
This further highlights that NextAR Spine may be a reliable and safe tool for 3D imaging-based pedicle screw placement while requiring minimal setup during surgery. Setup is reduced to a minimum by integrating the cameras into the surgical instruments and establishing a flexible platform that includes the preoperative planning.
The NextAR platform is offered as a hardware system with limited capital investment and single-use instrumentation at a low cost per case, and offers the ability to host software for multiple applications (NextAR Knee, NextAR Shoulder, NextAR Spine and Hip applications). The platform may offer an optimal solution worldwide, particularly for US ASCs.
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