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Brainlab Spinal Navigation delivers accurate pedicle screw placement compared to conventional surgical techniques. Navigate implants and instruments on 2D images, 3D scans, MR or CT datasets in all stages of surgery.
SNT and Brainlab put surgery and patient results first with plug and play technology that works reliably under pressure.
We use technology that streamlines informed understanding for progressive decision making in the O.R.
Create consistent outcomes through pre-emptive decision making and anticipated complications.
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Spinal planning with Brainlab consists of tailored Elements software applications that fit into your workflows, complementing the equipment and techniques you already use. From screw planning on preoperative data to automated screw placement verification, you can plan new ways to get the most out of your O.R. time.
Applications:
3D Spine navigation amplifies the surgeon’s extensive skill and experience. The software works in tandem with the surgeon to provide additional insight and guidance to arrive efficiently at surgical outcomes.
Features:
Applications:
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Read MoreThe spine surgery market has never had more technology. More implants. More software. More devices. More providers. The end result of all of this more is that hospitals actually have less choice. That’s why Brainlab created the Brainlab Open Framework.
Proprietary systems require hospitals to buy technology which only works with its own components. To enable more choice, hospitals have to turn to open systems. Brainlab has always had an open framework that allows free choice. With Brainlab you can choose implants. Opt for software. Embrace different devices. Combine providers. We are open to everything.
Brainlab’s most powerful and versatile image guided surgery
platform.
Pure Navigation with Optical Tracking. Powerful, portable and minimalistic surgical navigation for surgeons seeking focused functionality.
Loop-X is setting new standards in image guided surgery by introducing robotics to high-end intraoperative 2D and 3D imaging.
Advance your intraoperative imaging workflow with robotics—from spine level localisation, incision planning and navigation-guided 2D imaging to pre-programmed parking and imaging positions.
Loop-X reduces scanner interaction, ensuring an optimised, time-saving workflow and giving surgeons imaging freedom and control in the O.R.
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.
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.
Smart laser projections remove the intraop imaging ‘fiddle factor’. By defining the level of interest on a 2D image, Loop-X robotically supports localisation and projects both the incision start and end points directly onto the patient’s skin.
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.
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.
Centralised Information Hub. The next generation of O.R. integration with intuitive multi-touch user interface and future-proof design
Designed to mimic the human arm, Cirq offers you additional support during surgical procedures. But this new surgical robot provides you with more than just an extra “hand” in the operating room. Cirq gives you stability that doesn’t tire along with consistency and precision you can rely on.
Precision with Cirq begins with dedicated guidance software for rough alignment to the pre-planned trajectory. Then the Cirq Robotic Alignment Module steps in to make fine adjustments to enable greater precision than with freehand placement alone.
The future of robotic surgery is modular. With its interchangeable modules, Cirq is a highly adaptable and versatile robotic surgical system.
