About the technology

The production model we use and the selected materials have been validated by FDA representatives as being 510(k) certified, which does not require mandatory clinical trials.

About the technology

HOME / ABOUT TECHNOLOGY

About the technology

The production model we use and the selected materials have been validated by FDA representatives as being 510(k) certified, which does not require mandatory clinical trials.

About the technology

Areas of use:

Traumatology and orthopedics

Traumatology and orthopedics

Neurosurgery

Neurosurgery

Maxillofacial surgery

Maxillofacial surgery

Plastic surgery

Plastic surgery

Oncoreconstructive surgery

Oncoreconstructive surgery

Pediatric Surgery

Pediatric Surgery

DATA FROM PRECLINICAL STUDIES

Our materials have undergone preclinical studies in accordance with the ISO 10993 standard

TECHNOLOGY OF THE FUTURE FOR DOCTORS

  • The 3D model is developed based on MRI/CT images and a doctor's input. Each product is accompanied by a surgical model.

  • The simulated 3D implant is manufactured using biodrook equipment. We do not transfer your order to another manufacturer.
    Production after modeling takes up to 4 hours for non-resorbable polymer products and up to 48 hours for resorbable polymer products, which is much faster than traditional methods. Sterilization is provided and meets the requirements for sterilization of implants (SAL 10^-6). The total production time with sterilization is up to 48 hours.
    The sterile medical device is handed over to the surgeon with a full set of relevant documents. The use of biopolymer materials and 3D printing reduces the cost compared to patient-specific titanium-based implants.

    The
    production processes are compliant with a quality management system that guarantees the safety, efficiency and high quality of products.

  • Sterile implants are delivered directly to surgeons and are ready to use in the operating room.

TECHNOLOGY OF THE FUTURE FOR DOCTORS

ADVANTAGES OF BIODROOK IMPLANTS:

Illustration

Non-toxic and biocompatible

implants that interact safely with the body

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Bioresorption

stimulate osteogenesis and are completely replaced by bone tissue

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Application variability

suitable for different shapes and applications

DESCRIPTION OF MATERIALS

Biopolymers:

● Alternative to using autografts/allografts

● Partial resorption of materials with replacement with native bone tissue

● Increased neovascularization and capillary network formation

DESCRIPTION OF MATERIALS

FUTURE POSSIBILITIES

Bone implants are just the beginning. Biodrook is working on bioengineering solutions for other types of tissues:

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    ____ Cartilage

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    Vessels

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    Skin

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    Ligaments

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    Heart Valves

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    icon

    Cartilage

    icon

    Vessels

    icon

    Skin

    icon

    Ligaments

    icon

    Heart Valves

Illustration

FUTURE POSSIBILITIES

Bone implants are just the beginning. Biodrook is working on bioengineering solutions for other types of tissues:

Cartilage

Vessels

Skin

Ligaments

Heart Valves

CONTACT US moc.koordoib%40ofni

Start creating the future of affordable biotechnology with biodrook today!