The Falco™ Fusion System is a comprehensive solution for minimally invasive sacroiliac joint fusion, designed to provide surgeons with a predictable, efficient, and reproducible surgical experience. Developed through close collaboration with spine surgeons, the system combines thoughtfully engineered implants, intuitive instrumentation, and streamlined surgical workflow to simplify SI joint fusion without compromising performance. From implant insertion through long-term fusion, every aspect of Falco is designed to support procedural confidence, reliable fixation, and successful patient outcomes.
Falco™ incorporates a series of intentional design elements that work together to improve surgical experience and clinical performance. Self-drilling and self-tapping implants eliminate unnecessary procedural steps while dual-pitch threads provide efficient bone purchase with substantially reduced insertion force. The cannulated implant design supports accurate placement over guidewires, while the hexagonal anti-rotation drive provides exceptional implant control during insertion. An open, fenestrated architecture encourages osseointegration and long-term biological fixation, while the system's low radiographic profile allows for excellent postoperative imaging. The intuitive tray layout further enhances OR efficiency, making Falco particularly well suited for ambulatory surgery centers and other value-driven care environments.
Every detail of the Falco implant was engineered with purpose. Manufactured from Ti-6Al-4V ELI Titanium Alloy, the fully threaded, cannulated implant combines immediate mechanical stability with features designed to support long-term biological fusion. The dual-pitch thread pattern provides strong initial fixation while minimizing insertion effort, and the self-drilling, self-tapping tip reduces the need for additional surgical steps. A fluted, open-architecture design promotes bone growth through and around the implant, encouraging robust osseointegration. Available in multiple diameters and lengths, Falco enables surgeons to select the appropriate implant for a broad range of patient anatomies and surgical objectives.
Cannulated screw head with hexagonal anti-rotation socket and threading to provide better stability during insertion.
Dual-pitch threaded screws provide effortless bone purchase, reducing the force required during insertion.
Fluted and open-architecture screws to encourage osseointegration.
Minimizes bone removal to preserve bone for implant engagement.
Falco™ was developed to support what matters most in today's healthcare environment: reproducible clinical outcomes, procedural efficiency, and responsible resource utilization. Its minimally invasive approach is designed to reduce soft tissue disruption while supporting stable fixation across the sacroiliac joint. The streamlined surgical workflow can help reduce operative time and procedural variability, allowing surgeons to focus on technique rather than instrumentation. Combined with its biologically focused implant design and low-profile postoperative imaging characteristics, Falco provides surgeons with a dependable solution that aligns with the growing demand for high-quality, value-based spine care in both hospital and ambulatory settings.
Falco™ wasn't designed to be different for the sake of being different. It was designed to simplify sacroiliac joint fusion while delivering the stability, precision, and implant geometries surgeons depend on to facilitate reliable fusion. Every feature exists for a reason. Every design decision supports the procedure. Every component reflects our belief that thoughtfully engineered simplicity is the most powerful innovation of all.
Falco represents more than an implant system—it represents a philosophy. We believe patients benefit when elegant design can turn implant systems from complex to simple. And, we believe healthcare advances when innovation creates measurable clinical value instead of simply adding more features. That's the principle behind Falco, and it's the standard that defines our design process.
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