Austin, Tx., May 14, 2025-GENSys Spine is proud to announce the commercial launch of the independent Cervical Stasys-C ™ 3DP system, a zero-printed cervical inter-profile solution printed in 3D, designed to simplify the previous cervical procedures while promoting the early fusion.
Designed with a fixing method not based on screw and inserted through a direct previous approach, Stasys-C offers a rapid and non-shocking anchor implementation that eliminates the need for an AWL or drill. Its distinctive feature, the rapid cam block, provides surgeons with instant visual confirmation of commitment and anchor blocking, rationalizing the procedure and improving intraoperative confidence.
“Stasys-C is an exceptional design that satisfies a growing clinical need for independent cervical fusion devices of low profile of low profile that does not compromise the ease of use or biomechanical stability,” said Dr. Matthew Philips, head of brain services and column at St. Luke hospital in New Bedford, Massachusetts. “With its 3D printed structure, fast blocking and deployment without impact, it is really a surgeon -centered solution.”
Stasys-C is the FDA cleared as a true independent system, which does not require supplementary fixation. It has the Optimization of the Semafour® surface, a print surface design.
The system is offered on fingerprints of 14 × 12 mm and 17 × 14 mm, with interbourse heights that vary from 5 mm to 12 mm. The implants have a titanium alloy blocking mechanism and are inserted with two titanium alloy anchors. In case the review is necessary, anchors can be easily eliminated using dedicated instrumentation, without drilling.
The independent Cervical System Stasys-C 3DP represents the next evolution in the Cervical and Toracolumbar portfolio of Geness Spine, expanding the options for surgeons while maintaining the focus on innovation, simplicity and biological performance.
For more information, visit Genesysspine.com
Source Geness Spine
