Visual 3D Intraoperative Navigation System

The Visual 3D Intraoperative Navigation System is an imaging-guided surgical navigation platform developed by Visual Med for orthopedic applications. The system provides real-time 3D volumetric imaging and navigation guidance to assist surgeons during orthopedic procedures.

Product Overview

Visual 3D represents Visual Med’s core technology platform, designed to address the clinical need for enhanced intraoperative visualization in orthopedic surgery. Unlike traditional 2D fluoroscopy, the system generates volumetric 3D images during the procedure, enabling surgeons to verify anatomical positioning and implant placement with greater spatial awareness.

The system integrates 3D imaging acquisition with navigation software, allowing surgeons to visualize patient anatomy and surgical instruments in three-dimensional space throughout the procedure. This approach supports more precise surgical execution and may reduce the need for postoperative revision due to implant malposition.

Key Features

Intraoperative 3D Imaging: The system acquires volumetric imaging data during surgery, providing real-time 3D visualization rather than relying solely on preoperative scans.

Navigation Guidance: Integrated navigation functionality tracks surgical instruments relative to patient anatomy, displaying real-time positional information to guide surgical execution.

Orthopedic Applications: The platform is designed for orthopedic procedures where precise positioning is critical, including spine surgery, trauma fixation, and potentially joint replacement applications.

Technical Specifications

Detailed technical specifications for the Visual 3D system are not publicly available. The system is classified as an intraoperative imaging and navigation device for orthopedic surgical applications.

Clinical Applications

The Visual 3D system is intended for use in orthopedic surgical procedures where intraoperative 3D imaging and navigation guidance can improve surgical precision. Potential applications include:

• Spinal instrumentation and pedicle screw placement
• Trauma surgery and fracture fixation
• Orthopedic procedures requiring precise implant positioning

Intraoperative 3D imaging provides advantages in procedures where anatomical complexity or limited surgical exposure makes real-time verification beneficial for surgical decision-making.

Regulatory Status

The Visual 3D system has received NMPA approval for commercial use in China. Information regarding specific approval dates and international regulatory status is not publicly disclosed in available sources.

Competitive Landscape

The orthopedic surgical navigation market includes multiple established players offering various imaging and navigation solutions:

• International competitors: Companies such as Medtronic, Stryker, and Brainlab offer surgical navigation systems with different technology approaches
• Domestic competitors: Chinese companies including Tinavi and others have developed orthopedic navigation platforms for the domestic market

Visual 3D’s focus on intraoperative 3D imaging positions it within a specific segment of this broader market, targeting applications where real-time volumetric imaging provides distinct clinical value.

Frequently Asked Questions

What surgical procedures is Visual 3D designed for?

Visual 3D is designed for orthopedic surgical procedures where intraoperative 3D imaging and navigation guidance can enhance surgical precision. This includes spine surgery, trauma fixation, and other orthopedic applications requiring accurate instrument or implant positioning.

How does Visual 3D differ from traditional surgical navigation?

Traditional navigation systems often rely on preoperative CT or MRI images for guidance. Visual 3D incorporates intraoperative 3D imaging capability, allowing surgeons to acquire real-time volumetric data during the procedure for more current anatomical visualization.

What is the regulatory status of Visual 3D?

Visual 3D has received NMPA approval for use in China. Information regarding CE marking or FDA clearance is not publicly available in accessible sources.