Loop-X1 drives autonomously to stored parking and scanning positions, all controlled from the surgical site
Follows a navigation instrument to position itself for AP, lateral and oblique 2D verification scans
Compact scanner footprint ensures a perfect fit into existing surgical suites
Wireless tablet eliminates monitor cart and brings intuitive control to the sterile field
Independent movement of detector and source positions the isocenter at the region of interest enabling extra-large dynamic field of view and non-isocentric imaging
Deeply integrates with Elements Surgical Planning, Curve and Kick navigation, and Cirq Robotics
Enhance your surgical workflow with robotic capabilities supporting system positioning, imaging and verification.
Image wider, longer regions in 2D and 3D, like the pelvis, multiple levels of the spine and stereotactic localizers with an extra-large field of view.
Optimize image quality while sparing surrounding structures through radiation collimation.
Position patients flexibly—from pediatric to obese—for a large range of indications with an adaptive field of view.
Control scanner motion with a navigated instrument or footswitch directly from the surgical site.
Perform imaging during functional neurosurgery procedures without having to transfer the patient to radiology.
Mobile Robotic Imaging
to Transform Surgery
Leave Manually Counting Levels Behind with Robotics
Smart laser projections remove the intraop imaging ‘fiddle factor’. By defining the level of interest on a 2D image, Loop-X robotically supports localization and projects both the incision start and end points directly onto the patient’s skin.
The Patient Is at the Center of Attention – Not the Isocenter
The detector and imaging source move independently enabling non-isocentric imaging. Patients don’t need to be positioned in the center of the gantry since the system moves the scan area to the region of interest.
Verification Has Never Been Easier (or More Intuitive)
Screw placement verification is a critical yet often time-consuming task in surgery. Instrument guided imaging allows Loop-X to robotically follow the pointer or a pre-planned screw and position itself for AP, lateral or even oblique 2D verification scans.
1 Commercial availability pending
Loop-X
Something Big.
Part of Something Bigger.
Part of Something Bigger.
Digital Spine Surgery at Brainlab is a vision, but it’s also a reality. Discover the technologies that have already been realized to enhance spine surgery from robotic imaging and surgical assistance to mixed reality.
The compact Cirq Surgical Robot simplifies spinal fusion by freeing up the surgeon’s hands during procedures.
Brainlab cloud computing, visualization and data pre-processing software meet Magic Leap’s spatial computing platform.
Closing the Loop
Closing the Loop
Opening New Horizons in Digital Spine Surgery
With our vision for the future of digital spine surgery, Brainlab is closing the loop to enable greater freedom for clinicians and enhanced outcomes for patients.
Discover more