Naviol ENT Navigation System

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

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

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.

A neuronavigation system designed to provide precise guidance during cranial and neurosurgical procedures.

Blood vessel navigation system for real-time intraoperative guidance during vascular and interventional procedures. Integrates advanced imaging and software algorithms to enhance surgeon visualization and procedural accuracy in complex vascular interventions.

Intraoperative navigation system integrating real-time fluorescence guidance technology for surgical applications. Enables enhanced visualization of anatomical structures and pathology during minimally invasive procedures.

An infrared fluorescence-based navigation system designed to assist in surgical and diagnostic procedures with enhanced visualization capabilities.

Advanced imaging technology combining multimodal 3D image fusion for surgical navigation. Provides real-time spatial guidance during minimally invasive and complex surgical procedures.

An optical molecular imaging intraoperative navigation device from the Zhiyan (smart-vision) series designed for various surgical techniques. It provides high sensitivity, high-definition image fidelity, and simple operation.

A navigation system for electrophysiology procedures. It provides imaging and guidance capabilities to assist healthcare professionals during complex cardiac interventions.

A CT-based interventional surgical navigation and positioning system designed to guide surgical procedures with real-time imaging integration. This intelligent medical device provides accurate navigation and localization for minimally invasive interventional surgery.

An advanced CT-based interventional surgery navigation and positioning system that provides real-time guidance for surgical procedures. The system integrates imaging and navigation technology to enhance surgical precision and safety during interventional procedures.