OSSEOMATRIX™
KEY FEATURE
Bio-Mimetic Porous Architecture
OsseoMatrix™ uses Triply Periodic Minimal Surface (TPMS) geometries to mirror natural bone and enhance osseointegration by up to 60%. Precisely tuned pores reduce stress shielding and improve long-term stability, reflecting key attributes of real bone tissue.
KEY FEATURE
Patient-Specific Porous Gradients
Each implant design is functionally graded to align with the patient’s unique anatomy—whether in cortical or trabecular regions. Pore size, wall thickness, and unit cell geometry are fine-tuned for individual anatomical demands, delivering personalized implants that offer optimal fit and biomechanical compatibility.
KEY FEATURE
Lighter, Stronger, and Better
Through multi-scale optimization and advanced computational analysis, OsseoMatrix™ achieves lighter yet stronger implants. By fine-tuning Gaussian curvature, permeability, and stiffness, we boost nutrient flow while minimizing weak points—resulting in improved healing and lower complication risks.
KEY FEATURE
Seamless Integration with OsseoVision™
OsseoMatrix™ designs plug directly into our OsseoVision™ AI platform for real-time surgical planning, device design, and 3D-printed fabrication. Surgeons and engineers collaborate online, verifying each design before rapid production—resulting in faster, more accurate, and truly personalized patient solutions.
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