KNEE DATA-SHEET

KNEE DATA-SHEET

Product catalog summary
Product Overview
This document provides guidelines for the High-Fidelity Knee Phantom, designed for orthopedic training. It offers realistic anatomical features for procedures such as arthroscopy, intra-articular injections, and orthopedic manipulation.

Description
The knee phantom is constructed with a rigid 3D-printed skeletal structure and biologically accurate menisci, combined with silicone soft tissues. This hybrid design is engineered to provide a realistic training experience.

Key Features & Pathologies
  • Meniscal Fidelity: The meniscus mimics the mechanical properties of biological cartilage, allowing for realistic cutting and suturing.
  • Accessible Soft Tissue: The model includes a removable soft tissue cover with a zipper for easy access and visualization of internal structures.
  • Stable Mounting: The phantom is mounted on a dedicated stand for stability during demonstrations and instrument handling.
  • Hybrid Anatomy: Combines 3D-printed bones with flexible silicone ligaments to simulate authentic joint mechanics.

Anatomical Composition
  • Removable Silicone Skin with Zipper
  • Muscular Tissue Envelope
  • Rigid 3D-Printed Femur & Tibia
  • Meniscus & Flexible Ligaments

Warnings and Safety
This product is intended exclusively for educational and medical simulation purposes.
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Catalog excerpts

KNEE DATA-SHEET-1

Product Guidelines Designed for high-fidelity orthopedic training, this realistic knee phantom combines accurate bone anatomy with flexible ligaments and a realistic soft-tissue envelope. The model features a hybrid construction: a rigid 3D-printed skeletal structure integrated with biologically accurate menisci and silicone soft tissues. It is specifically engineered for training in arthroscopic procedures, intra-articular injections, and orthopedic manipulation. • Meniscal Fidelity: The meniscus component mimics the mechanical properties of biological cartilage, supporting realistic cutting and suturing maneuvers. • Accessible Soft Tissue: Features a removable soft tissue cover equipped with a zipper closure, allowing for easy internal access and visualization of the articular structures without damaging the envelope. • Stable Mounting: The unit is securely attached to a dedicated stand, ensuring steady demonstration and realistic limb stability during instrument handling. • Hybrid Anatomy: Combines rigid 3D-printed bones with flexible silicone ligaments to simulate authentic joint mechanics and obstruction. Removable Silicone Skin with Zipper Muscular Tissue Envelope Rigid 3D-Printed Femur & Tibia Meniscus & Flexible Ligaments Intended Use: This product is intended exclusively for educational and medical simulation purposes

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