Markers for NeuroNavigation System

FDA 510(k)-cleared neuronavigation system for transcranial magnetic stimulation (TMS) that enables precise targeting and tracking of brain stimulation sites. Integrates real-time neuroimaging guidance to support consistent, personalized TMS delivery in clinical and research settings.

Retroreflective markers protected by transparent housing for use with surgical navigation camera systems. Provides precise spatial orientation during hip arthroplasty procedures enabling image-guided surgical accuracy.

Radiopaque positioning markers designed for use during magnetic resonance imaging procedures to mark anatomical regions of interest. These markers provide clear visualization on MRI scans.

Specialized radiopaque marker bands optimized for real-time visualization during fluoroscopic guidance of medical interventions. The components enable precise tracking and positioning adjustments during procedures.

Precision marker bands integrated into diagnostic medical devices to enhance visibility during imaging procedures. The radiopaque properties allow clear identification and tracking of diagnostic instruments within the patient's body.

A cutting-edge neurosurgical navigation system designed to assist in various neurosurgical procedures including resections, intracranial tissue biopsy, minimally invasive surgeries for cerebrovascular diseases, and endoscopic operations. The system features a high-precision infrared optical positioning system with accuracy of less than 1mm, professional neurosurgical planning software with touchscreen interface, and flexible positioning with independent mobile imaging workstation and optical locator components. It incorporates the SinoPlan Intelligent Surgical Planning System which supports multiple imaging data types (CT, MRI, PET, CTA, MRA), automatic image fusion, interactive 3D reconstruction, and rapid target area delineation to enable safer, more precise, and minimally invasive neurosurgery.

Radiopaque gold markers for CT and MRI visualization, used for anatomical reference and treatment planning in radiation therapy.

A surgical navigation system designed for ENT procedures to enhance spatial orientation and procedural accuracy. The system provides real-time guidance for otolaryngologic surgical interventions.

Navigation and guidance system providing real-time spatial orientation during minimally invasive procedures. Enhances surgical accuracy and reduces procedural complications.

An ENT surgical navigation system designed to assist surgeons during otolaryngological procedures. This imaging-guided navigation system provides real-time spatial orientation during ENT surgery.

A computer-assisted surgical navigation system for precise guidance and positioning during surgical procedures.

A navigation system for ENT (Ear, Nose, and Throat) surgical and diagnostic procedures. This technology assists medical professionals in precise guidance during otolaryngological interventions.