Spinal Surgery Reimagined: Genesys Spine Unleashes the Stasys-C™ System!
- Genesys Spine launches the Stasys-C™ 3DP Cervical Standalone System, a revolutionary 3D-printed solution set to transform anterior cervical procedures.
- The system boasts a groundbreaking non-screw-based fixation and a Quick Turn Cam Lock for instant, visible anchor confirmation, streamlining surgery.
- Engineered for simplicity, rapid fusion, and surgeon confidence, Stasys-C™ addresses a critical need for advanced, low-profile cervical devices.
In a bold leap forward for spinal medicine, Genesys Spine today unveiled the Stasys-C™ 3DP Cervical Standalone System, heralding a new era in anterior cervical procedures. This is not just an implant; it's a paradigm shift, meticulously engineered to simplify complex surgeries while aggressively promoting early fusion1.
Building on its legacy of innovation, including the pioneering AIS-C System5, 6, Genesys Spine has crafted Stasys-C™ with the surgeon's experience at its core. Imagine a zero-profile, 3D-printed marvel that eliminates the need for cumbersome awls or drills. Its non-screw-based fixation and direct anterior approach feature quick, non-impacting anchor deployment. The star of the show? The revolutionary Quick Turn Cam Lock, providing surgeons with immediate, unmistakable visual confirmation of anchor engagement and locking – a boost to intraoperative confidence when every second counts1.
Dr. [Name Withheld], Chief of Brain & Spine Services at St. Luke's Hospital, lauds the design: "Stasys-C is an exceptional design that meets a growing clinical need for efficient, low-profile standalone cervical fusion devices that don't compromise on ease of use or biomechanical stability. With its 3D-printed structure, quick-turn lock, and non-impacting deployment, it's truly a surgeon-focused solution"1.
This FDA-cleared true standalone system requires no supplemental fixation. It incorporates Genesys Spine’s proprietary SemaFour™ surface optimization, a sophisticated 3D-printed surface designed to maximize roughness, energy, and wettability—critical factors shown to accelerate protein and cell adhesion for robust biological integration1. Available in multiple footprints and heights, with titanium alloy locking mechanisms and anchors, Stasys-C™ represents the next evolution in spinal solutions, empowering surgeons with unmatched innovation and performance1.