Explore the critical relationship between 3D-printed pore size and biological fixation. We analyze how varying lattice architectures—ranging from 600 to 800 microns—optimize the elastic modulus to mimic cancellous bone and mitigate the long-term risks of stress shielding.
Behind every custom implant is a complex digital workflow. We break down the technical journey of medical imaging segmentation, finite element analysis (FEA), and Laser Powder Bed Fusion (LPBF) to ensure anatomical fidelity in every patient-specific solution.
As the regulatory landscape for 3D-printed medical devices evolves, staying ahead of V&V (Validation & Verification) protocols is essential. We examine recent trends in 510(k) submissions and the critical role of material characterization in ensuring device safety and market clearance.
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Let us manage the engineering, clinical validation, and regulatory strategy for your most complex cases. We turn anatomical challenges into measurable results with a dedicated focus on precision, transparency, and patient outcomes.
