Orthopedic Surgical Navigation and Positioning System

Surgical navigation and positioning systems provide real-time guidance during surgical procedures, enhancing precision and reducing operative time. These systems integrate imaging data with intraoperative tracking technology to assist surgeons in complex orthopedic, neurosurgical, and ENT interventions. The platform enables improved anatomical accuracy and patient outcomes through computer-assisted surgical navigation.

Electromagnetic positioning system for real-time surgical and interventional guidance. Enables precise tracking of instruments and anatomical structures during minimally invasive procedures. Integrates with imaging modalities to provide enhanced visualization and navigation capabilities for improved procedural accuracy and patient outcomes.

Comprehensive positioning system for surgical applications combining multiple components to support various surgical positions and patient anatomies. Designed for multi-specialty surgical applications.

Integrated surgical positioning and workflow management system for operating room precision and efficiency during procedures.

Optical positioning system for medical imaging and surgical guidance applications. Provides real-time spatial tracking and registration to enhance precision in image-guided interventions and diagnostic procedures. Integrates with medical imaging modalities to improve procedural accuracy and patient outcomes.

Integrated positioning control system for surgical beds enabling multiple degree-of-freedom movement. Supports ergonomic patient positioning for various surgical specialties.

An intelligent robotic system designed to assist physicians in performing safe and precise lesion puncture procedures. The system features four core functions: intelligent lesion recognition, puncture path planning, surgical environment perception, and robotic arm puncture capability. It enables percutaneous biopsy and minimally invasive treatment procedures by providing accurate localization and puncture guidance, helping to ensure diagnostic and therapeutic efficacy while avoiding complications.

Electromagnetic positioning sensors for real-time tracking and guidance in surgical and interventional procedures. These sensors enable precise localization of instruments and implants within the body, enhancing accuracy during minimally invasive operations. Integrates with navigation systems to support image-guided surgery and catheter-based interventions.

Bespoke positioning devices designed and manufactured to meet specific surgical requirements. Engineered by experienced design teams to optimize patient safety and surgical access for specialized procedures.

A comprehensive positioning solution for traditional open surgical procedures. Provides patient security and comfort across various surgical approaches and patient sizes.

Robotic navigation system for precise positioning during transcranial procedures and therapies. Provides real-time spatial tracking and positioning guidance for accurate therapeutic delivery.

Specialized positioning solutions for patient safety and stability during surgical procedures. Engineered to support clinical efficiency and precise surgical outcomes.