REDEFINING ROBOTIC ACCURACY
Continuous, dynamic tracking for spinal surgeries
UNPRECEDENTED
SURGICAL ACCURACY
PathKeeper's disruptive, proprietary technology provides laser-like accuracy in the sub-millimeters for spinal procedures. The unique technology tracks the surgical tools and vertebrae independently to ensure accurate implant positioning for optimal clinical outcomes..
MOBILE
The system is radiation-free intraoperatively; requiring only a preoperative CT scan
REAL-TIME
TRACKING
SURGERY
PLANNING
RADIATION-FREE
AFFORDABLE &
COST-EFFECTIVE
SUB-MILLIMETER
ACCURACY
Easy-to-use surgery planning software with a swift learning curve
High accuracy for superior surgical safety and results
Continuous tracking of surgical tools and patient anatomy
Highly compact system with a small form factor that can be easily transferred between ORs
Competitively priced with a flexible payment model to suit all size hospitals and clinics
Josh Schroeder, MD
Director of Spinal Deformities Surgery at Hadassah Medical Center
Navigated spine surgery is the new standard of care because of the many benefits it provides spinal patients and surgeons. PathKeeper’s system is state of the art, offering real-time guided navigation in a smooth and simple process.
Tushar Patel, MD
Senior Spine Surgeon. Former Prof. at Yale University School of Medicine and the University of Northern Virginia
There is a definite need for a new navigation system that is adaptable and easily integrated into operating rooms. PathKeeper took that challenge and created a spine navigation system that is easily operated and offers real-time tracking; the new standard of care.
TESTIMONIALS
SEAMLESS WORKFLOW
PathKeeper's seamless workflow paves the way for optimal navigation instantaneously. The system’s guidance is continuous and dynamic, reflecting the needs of the operating room without requiring additional x-rays which generally support today’s systems.
HOW IT WORKS
PEDIATRIC DEFORMITY
Intraoperative radiation increases the risk of cancer. When treating children, it is best to minimize radiation exposure. The PathKeeper system is completely radiation-free intra-operatively, making it the ideal choice for pediatric cases.
CERVICAL SURGERY
The smaller, cervical vertebrae (C1-C7) are more difficult to navigate. Using PathKeeper's sub-millimeter and continuous navigation accuracy, surgeons can better treat cervical cases with optimal results.
MINIMALLY INVASIVE SPINE SURGERY
The demand for MIS procedures is increasingly rising. PathKeeper’s system can be suitable for small incisions and reach sub-millimeter accuracy accordingly.