Medical Excellence

    Medical Grade & Biocompatible 3D Printing Filaments

    3D printing in healthcare requires more than just mechanical strength. It requires **biocompatibility**, **sterilizability**, and adherence to strict international standards like **ISO 10993** and **USP Class VI**. This guide explores the filaments driving the future of medicine.

    Patient Safety

    Materials tested for cytotoxicity, irritation, and sensitization to ensure no harmful reactions when in contact with human tissue.

    Certifications

    Understanding the difference between "Food Safe," "Skin Contact," and "Long-term Implant" certifications.

    Sterilization

    Can the material survive Autoclave, Gamma radiation, or Ethylene Oxide (EtO) sterilization processes?

    Top Medical Grade Materials

    Evonik VESTAKEEP® i4 G

    PEEK
    Permanent Implants

    Highlight: Gold Standard for Implants

    A high-performance PEEK specifically developed for permanent implants. It offers excellent biocompatibility and mechanical properties matching human bone.

    Stratasys MED610

    Biocompatible Resin/Polymer
    Surgical Guides

    Highlight: Highest Precision

    A rigid, transparent material certified for temporary skin contact and mucosal membrane contact. Ideal for surgical guides and dental models.

    Polymaker PolyMed™ PLA

    Medical PLA
    Prosthetics & Models

    Highlight: Ease of Use

    A medical-grade PLA that maintains the ease of printing of standard PLA while adhering to strict biocompatibility standards for non-implantable devices.

    DSM Arnitel® ID 2045

    TPE (Flexible)
    Wearables & Sealing

    Highlight: Biocompatible Flexibility

    A flexible co-polyester used for medical grade wearables and seals that require constant skin contact without irritation.

    Key Standards to Watch

    ISO 10993

    The primary international standard for the biological evaluation of medical devices. Most medical 3D filaments are tested against specific parts of this standard (e.g., Part 5 for Cytotoxicity).

    USP Class VI

    A United States Pharmacopeia certification often cited for polymers used in medical devices. It involves rigorous in-vivo testing to ensure low levels of toxicity.