Geasure Spinal Implants for Spinal Trauma | CE & FDA Certified

Advanced Biomechanical Design – Porous Structures and Optimized Geometry for Trauma Our spinal trauma implants incorporate advanced porous surface architecture (pore size 300–600 µm, porosity 60–70%) on cage endplates and screw threads, enhancing bone on‑growth and primary stability. The optimized thread geometry on pedicle screws features a dual‑core, variable‑pitch design, achieving 28% higher insertion torque and 34% increased pullout resistance in osteoporotic bone compared to standard screws. Interbody cages are anatomically contoured with 8°‑12° lordotic angles and a large central graft window (≥40% of footprint area) to maximize bone graft volume. FEA analysis demonstrates reduced endplate stress (by 21%) and minimized subsidence risk compared to non‑porous designs. Clinical data from 92 trauma patients (mean follow‑up 18 months) reported a fusion rate of 98.9%, with no implant loosening or subsidence.

Comprehensive Surgical Support – Training, Guidance, and Ongoing Collaboration Geasure provides end‑to‑end support for spinal trauma surgeons, including pre‑operative implant selection, surgical technique planning, intraoperative technical assistance, and post‑operative follow‑up. Our support team includes experienced clinical engineers and product specialists who offer personalized training sessions (on‑site or virtual), case‑specific instrumentation guidance, and evidence‑based educational resources—covering 40+ surgical technique modules and live surgical proctoring across 15 countries. We maintain a 24/7 technical hotline and average response time of <4 hours for urgent inquiries. In 2025, we conducted 58 surgeon training workshops and supported 340 trauma cases via remote technical assistance. Customer satisfaction surveys (n=112) rated our support service at 4.8 out of 5.0. All training materials—including surgical guides, video libraries