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ANATOMICAL BONES DATA-SHEET

ANATOMICAL BONES DATA-SHEET

Product catalog summary
Product Description: The document outlines guidelines for 3D-printed anatomical bones used in educational and surgical training models. These models cater to a range of needs from basic anatomical studies to advanced orthopedic instrumentation testing. Two manufacturing technologies are employed: FDM for cost-effective educational models and PolyJet for high-fidelity surgical training phantoms.
Key Features & Pathologies:
  • Patient-Specific: Models can be generated from patient CT data to replicate unique pathologies such as fractures, tumors, and deformities.
  • Versatility: Capable of printing any skeletal structure, from small phalanges to full femurs or spinal columns.
  • Realistic Haptics (PolyJet): Designed to respond accurately to orthopedic power tools, providing realistic resistance and debris during procedures.
  • Comprehensive Pathologies: Models are available in any pathological configuration.
Anatomical Composition: The models include integrated cartilaginous structures such as ligaments, enhancing their realism for training purposes.
Warnings and Safety: The product is intended exclusively for educational and medical simulation purposes.
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Catalog excerpts

ANATOMICAL BONES DATA-SHEET-1

Product Guidelines Educational & Surgical Training Models DESCRIPTION From basic anatomical study to advanced orthopedic instrumentation testing, we provide patient-specific solutions for every need. We utilize dual manufacturing technologies: costeffective FDM for robust educational models and high-fidelity PolyJet for realistic surgical training phantoms that include cartilaginous structures, ligaments, and tendons. KEY FEATURES & PATHOLOGIES Patient-Specific: Every model can be generated from patient CT data to replicate unique pathologies (fractures, tumors, deformities) or physiological anatomy. Versatility: Capable of printing any skeletal structure on request—from small phalanges to full femurs or spinal columns. Realistic Haptics (PolyJet): Engineered to respond accurately to orthopedic power tools, producing realistic resistance and debris during drilling or cutting. Comprehensive Pathologies: Available in any pathological configurations. ANATOMICAL COMPOSITION CARTILAGINOUS TISSUE Integrated cartilaginous structures (ligaments) Warnings and Safety Intended Use: This product is intended exclusively for educational and medical simulation purposes

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