AAOS 2026

Streamline your templating process by using KingMark, our patented, adjustable, state-of-the-art double-marker calibration tool for AP pelvic X-Ray images. In clinical trials KingMark was shown to be superior to conventional, single-ball markers.

Signature precision meets surgical experience with Spine Mixed Reality Navigation. We’re combining the reliability and precision of our established optical navigation system with advanced mixed reality. You’ll benefit from enhanced visualization, improved hand-eye coordination and optimized ergonomics. Innovate and elevate your practice with visualization beyond reality.

Redefine accuracy, elevate outcomes. Experience a paradigm shift in surgical precision with the Brainlab Robotic Suite, an innovative trio engineered to optimize every phase of surgery. This integrated ecosystem of Loop-X, Curve Navigation System and Cirq®, addresses accuracy requirements at every step – ensuring efficient workflows, reducing complexity and maximizing marginal gains for better outcomes during surgical procedures.

Navigation and robotics have made it clear that screw planning is becoming a necessity and standard practice in spine surgery. With Elements Spine Planning, you can benefit from level detection throughout the complete spine, automated measurements on 2D, and automated screw planning from cervical to sacrum on 3D. The automated functions deliver results and information in seconds, potentially saving time in daily routines and increasing efficiency of entire clinical workflows from planning to logistics to intraoperative data management.

Navigation Software Spine & Trauma is the cornerstone of our spine workflow and acts as a central data hub as it seamlessly switches between applications, enabling the versatile surgery setup with Cirq®, Alignment Software Spine and Loop-X mobile imaging robot. Navigation of interbody instruments enables surgeons to navigate every step of their workflow, beyond screw placement. 

Review plans for spine surgery in 3D. The Mixed Reality Viewer¹ is a software that works in tandem with Brainlab Elements to produce hyper-realistic 3D patient data. In the context of spine surgery, this software enables medical professionals to review planned surgical procedures as well as explore anatomical structures and planned implant positions. When it comes to neurosurgical procedures, mixed reality technology enables healthcare professionals to gain a better understanding of a patient’s brain—layer by layer. This includes gaining insights into the location of a deep-seated tumor and identifying critical surrounding anatomical structures like the optical nerve, brainstem and fiber tracts.