Experience new surgical possibilities with Loop-X
Get your hands on this mobile imaging robot. Enter full screen mode and click through the different O.R. tables. Want to see how Loop-X will look in your operating room?
Scan the QR code or click the AR button to begin your augmented reality experience and place Loop-X in your space.
See Loop-X in your O.R.
Scan the QR code with your mobile and load the model. Click on the AR icon and calibrate as prompted to place Loop-X anywhere in your room.
Robotic automation
Advance your intraoperative imaging workflow with robotics—from spine level localization, incision planning and navigation-guided 2D imaging to pre-programmed parking and imaging positions.
Loop-X reduces scanner interaction, ensuring an optimized, time-saving workflow and giving surgeons imaging freedom and control in the O.R.
Meticulous design
Thanks to its thoughtful design, experience effortless flexibility in patient positioning, battery powered system maneuvering and seamless O.R. integration.
Loop-X is compact and lightweight with an all-in-one footprint. Independently moving source and detector, wide open gantry and wireless control tablet are all designed to increase its ease-of-use.
Reinvented imaging
Benefit from high resolution images while tailoring radiation levels and scan area to the needs of your case and the patient’s anatomy.
Loop-X enables an extra large field of view, continuous adaptive collimation, X-Ray filtration and reduced dose options. Acquired images can be automatically registered to your patient so you can start navigating right away.
Elevating spine surgery at every step
For the tech lovers
Peek under the panels
See the tech specs 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 the focal point – 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
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.
See Loop-X in action
FAQs – Loop-X
There are several options on the market such as intraoperative CT scanners, 3D C-arms and other intraoperative cone beam CT (CBCT) systems including angiographic imaging systems. The most important factor to consider when selecting an intraoperative imaging system is how it will fit into your current and future surgical workflows. We’d be happy to answer your questions about which type of intraoperative scanner could be right for your hospital. Please reach out to us.
CBCT (cone-beam computed tomography) is a technology similar to the traditional CT (computed tomography) except the X-Ray beam is projected in the shape of a cone and can cover large scan areas of the patient in a single rotation. The cone shaped beam of Loop-X can be manipulated to spare surrounding tissue from unnecessary radiation.
A portable CT scanner will allow you to be more flexible in choosing where you use the system and how you position it in the O.R. Some mobile CT / CBCT scanners offer a wide range of motion and could also benefit your workflow in terms of patient positioning and image acquisition. As a mobile imaging robot, Loop-X is designed for easy mobility and can be moved from room to room. Please reach out to us to discuss what options may be right for your operating room.
The high quality images obtained from an intraoperative CT / CBCT can be used in combination with a navigation system. The intraoperatively acquired scans are loaded into the navigation software and instruments can be used to plan trajectories and even insert screws for most common spine procedures. It is also possible to fuse preoperative CT images to intraoperative images and increase the amount of patient data you bring into the O.R. To learn more about image fusion, please read our article How Image Fusion Supports Surgical Navigation.
Our vision for Digital Spine Surgery
Spine & Trauma Navigation is the foundation upon which our vision for Digital Spine Surgery is built. The software expands with advanced planning, robotic imaging, robotic surgical assistance and instrument integration.
Spinal Planning
Straightforward and automated steps support surgeons in quickly planning even routine spinal cases.
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Spinal Navigation
Brainlab Spinal Navigation delivers accurate pedicle screw placement and enables drastic reduction of X-Ray exposure.
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Surgical Robotics
The compact Cirq Surgical Robot simplifies spinal fusion by freeing up the surgeon’s hands during procedures.
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Mixed Reality
Transport scans from the screen into the room for new perspectives on patient data.
Learn moreClosing 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.