Electromagnetic Pointer Tracker

An electromagnetic tracking system that uses electromagnetic fields and waves to locate and track medical instruments and devices such as endoscopes, catheters, and ultrasound probes during surgical procedures. The system provides sub-millimeter accuracy for real-time image tracking in interventional radiology, guidewire and catheter tracking, ENT surgery, and other surgical applications. It consists of a Field Generator, System Control Unit, Sensor Interface Unit, and various sensors (5DOF or 6DOF) that can be integrated into medical devices for non-invasive instrument tracking in complex anatomical tracts.

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.

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.

Innovative needle guidance technology that enables visualization and tracking of needles during ultrasound-guided procedures. Supports tracking of long needles and improves safety in clinical applications. Designed to enhance procedural accuracy and reduce complications.

Precision guidance systems for accurate needle placement during minimally invasive procedures. Enhance procedural accuracy and reduce complications across biopsy and intervention applications.

Optical tracking camera system for surgical navigation and real-time positioning guidance during neurosurgical and orthopedic procedures.

Real-time surgical tracking and positioning system for neurosurgical applications. Provides high-precision localization of surgical instruments relative to patient anatomy during image-guided procedures.

Handheld devices used to locate acupuncture and trigger points for electrostimulation therapy applications.

Precision magnetic components for endoscopic surgical instruments. Engineered for miniaturization, sterilization readiness, and high-precision tool manipulation.

A precision needle device used to guide and direct surgical instruments or localization wires to target anatomical sites. Supports accurate placement in minimally invasive procedures.

Accessory device for precise needle positioning during image-guided procedures. Enables accurate needle trajectory and target alignment.

The spryTrack 300 is an optical tracking and positioning system designed for image-guided surgery and interventional procedures. It provides real-time spatial tracking of surgical instruments and patient anatomy to enhance surgical precision and reduce complications. The system integrates with medical imaging modalities to enable accurate navigation during minimally invasive and open surgical procedures.