NeuroNav-118 Neurosurgical Stereotactic System
The NeuroNav-118 Neurosurgical Stereotactic System is a next-generation integrated platform engineered to redefine precision in neurosurgery. Merging advanced optical tracking, AI-driven image analytics, and seamless robotic integration, this system empowers surgeons to perform complex procedures with unmatched accuracy, minimal invasiveness, and adaptability across diverse clinical settings. Trusted in nearly 100 hospitals globally and validated through tens of thousands of successful surgeries, NeuroNav-118 sets a new standard for intraoperative navigation.
Core Fetures
Compact, Portable All-in-One Design
Sub-Millimeter Optical Positioning & Multimodal Fusion
Designed with clinical workflow in mind, NeuroNav-118 features a space-efficient, lightweight all-in-one structure that simplifies movement between operating rooms. Its compact footprint eliminates clutter in busy surgical suites, making it ideal for facilities with limited space—without compromising on performance. This flexibility ensures seamless integration into existing OR setups, reducing operational disruptions.
At its core is a high-precision optical tracking system delivering sub-millimeter positional accuracy, ensuring real-time alignment of surgical instruments with pre-operative imaging. Complemented by Decision Level Intelligent Image Fusion Technology, it integrates diverse modalities (CT, MRI, DTI, MRA, fMRI, CTA, DSA) into a unified 3D visualization. This fusion clarifies critical anatomical relationships—such as pyramidal tracts via automated MR-DTI processing—enabling surgeons to navigate around functional brain regions and vital vasculature with confidence.
Adaptive Workflows: Registration, Navigation, and Planning
Seamless Robotic Integration via Digital Twin Technology
NeuroNav-118 supports multiple registration methods to adapt to varied clinical scenarios, paired with diversified navigation modes tailored to procedures ranging from biopsies to complex tumor resections. Its advanced surgical planning system, enhanced by high-precision 3D reconstruction, transforms 2D CT/MRI scans into vivid 3D models—empowering surgeons to map lesions, analyze surrounding tissues, and optimize approaches pre-operatively. MIP-based vascular imaging further enriches angiographic navigation, critical for vascular-rich areas.
NeuroNav-118 easily upgrades to a full neurosurgical robot by integrating Digital Twin Technology-enabled positioning device. This plug-and-play scalability allows for automated, robot-assisted precision positioning—ideal for minimally invasive procedures—while maintaining the ability to revert to standalone navigation. It’s truly a “one-system solution” for evolving surgical needs.
Specialized Tools for Minimally Invasive Procedures
Equipped with a comprehensive suite of accessories, including sterile probes, reference frames, and instrument adapters (housed in a dedicated sterilized equipment box), NeuroNav-118 excels in minimally invasive interventions:
* Puncture Biopsy Module
Guides real-time needle tracking for cerebral hemorrhage drainage, ventricular drainage, and frameless biopsy—reducing patient trauma and recovery time.
*Endoscope Compatibility
Fuses dynamic endoscopic footage with static navigation data, providing contextual clarity during intraventricular or deep-brain procedures.
Clinical Impact
NeuroNav-118 excels across a spectrum of procedures:
Brain Tumor Resection
Real-time DTI fiber tract mapping preserves motor/sensory pathways, minimizing post-operative deficits.
Cerebral Hemorrhage Management
Automatically quantifies hematoma volumes and suggests optimal drainage trajectories, guided by live navigation.
Functional Neurosurgery
Precise targeting in eloquent brain regions, critical for procedures near language or motor centers.
Small Lesion Localization
Enhances accuracy in identifying and resecting tiny, deep-seated lesions—reducing the risk of incomplete resection.
NeuroNav-118 isn’t just a navigation system—it’s a long-term investment in precision, efficiency, and patient outcomes. Contact us today to explore how it can transform your surgical workflows.