Silony Spine provides a modular portfolio of precision spinal surgery tools—including the VERTICALE platform, ACCESS retractor systems, FORTOS‑C low‑profile visualization plates, and the 7D machine‑vision navigation system—that are compatible with a wide range of existing imaging
Funding
Funding not disclosed
Founders
Product
Problem
Spinal surgeons often rely on bulky, system‑specific instrumentation and intra‑operative imaging that increase operative time, radiation exposure, and limit flexibility when integrating with various enabling technologies.
Solution
Silony Spine offers a modular portfolio of precision surgical tools—including the VERTICALE platform, ACCESS retractor systems, low‑profile FORTOS‑C visualization plates, and 7D machine‑vision navigation—that are compatible with a wide range of existing navigation and imaging technologies. The modular designs allow surgeons to configure instruments for open, minimally invasive, or hybrid procedures, reducing the need for multiple dedicated trays. Integrated low‑profile plates and visualization features improve intra‑operative sightlines while maintaining patient comfort. The 7D navigation system uses visible‑light registration and high‑speed 3D reconstruction to eliminate intra‑operative CT and dramatically cut registration time, thereby reducing radiation exposure for staff and patients. Comprehensive dry and wet lab training programs support clinicians in adopting these tools efficiently.
Target Audience
Primary customers are spine surgeons and orthopedic spine teams in hospitals, specialty spine centers, and ambulatory surgery facilities that require adaptable instrumentation and low‑radiation navigation solutions.
Features
- VERTICALE platform with interchangeable sub‑systems (OPEN, MIS, WINX, MultiLocking, SI Fixation, Triangular Fixation) for open, MIS, and hybrid spinal corrections
- Modular ACCESS retractor system configurable with two‑ to four‑blade constructs, providing parallel distraction/compression for PLIF and TLIF procedures
- FORTOS‑C low‑profile (2.1 mm) anterior cervical plate with open architecture, pre‑contoured lordosis, scalloped sides, and one‑step locking for superior visualization and patient comfort
- 7D navigation using visible‑light registration and high‑speed 3D reconstruction, eliminating intra‑operative CT/fluoroscopy and reducing registration time to <30 seconds
- Compatibility with market‑leading enabling technologies and a range of screw options (self‑tapping, self‑drilling, fixed or variable angle) for hybrid constructs
- Hands‑on dry and wet lab courses to train surgeons on system setup, instrumentation, and workflow integration