Sales : +91 98404 78347  |  +91 63744 10703  |  Email: [email protected]  |  Work Hours : Mon to Sat : 09:30- 18:30  |  Meet us Live OnlineSales : +91 98404 78347  |  +91 63744 10703  |  Email: [email protected]  |  Work Hours : Mon to Sat : 09:30- 18:30  |  Meet us Live Online
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Artibone

Patient-Specific Bone Reconstruction Powered by Digital Precision

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Regraft TMJ - Temporomandibular Joint

Our custom TMJ solutions combine 3D-printed titanium condylar components with UHMWPE fossa units, engineered to replicate natural joint biomechanics. This ensures smooth articulation, durability, and long-term functional outcomes, even in complex TMJ disorders and revisions.

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Regraft TMJ
Regraft RRTC - Tumors

Regraft RRTC - Resection & Reconstruction Planning for Tumors

Through advanced VSP and 3D printing, Regraft enables precise tumor resection planning with immediate reconstruction. Patient-specific solutions support fibula free flap reconstructions or titanium fixation units, helping surgeons achieve accurate margins, reduced operative time, and predictable anatomical restoration.

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Regraft OBR - Orbital Reconstruction

Using high-resolution imaging, digital planning, and 3D printing, Regraft orbital solutions allow surgeons to restore orbital volume, symmetry, and function following trauma, tumors, or congenital anomalies.

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Regraft OBR - Orbital
Regraft CVR - Cranial Vault

Regraft CVR - Cranial Vault Reconstruction

Our patient-specific cranial implants offer high-precision reconstruction for defects caused by trauma, tumor resection, congenital deformities, or infection. Designed for optimal fit and stability, cranial implants restore protection, contour, and aesthetics.

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Regraft RR-MM - Reconstruction of Resected Maxilla & Mandible

Regraft transforms maxillomandibular reconstruction through 3D-printed patient-specific implants (PSIs). Digital planning and biomechanical optimization ensure accurate occlusion, structural stability, and long-term functional success in complex resections.

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Regraft RR-MM
Regraft BA - Facial Bone Augmentation

Regraft BA - Facial Bone Augmentation

With digital design and biocompatible materials such as PEEK and porous titanium, surgeons can achieve precise augmentation, natural facial contours, and long-term stability customized for each patient’s anatomy.

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Regraft FD - Facial Deformities

By combining VSP with 3D printing, Regraft enables accurate evaluation, simulation, and correction of complex craniofacial deformities, supporting predictable surgical outcomes and improved facial harmony.

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Regraft FD - Facial Deformities

Medical Grade Materials In Our Regrafts

PEEK

  • High strength (Flexural Strength: 151 MPa)
  • Biocompatible, non-toxic, and sterilization-stable
  • Ideal for spinal, orthopedic, dental, and craniofacial implants

PMMA

  • Exceptional transparency (92–93% light transmission)
  • Widely used in cranioplasty, dental prosthetics, and medical devices
  • Compatible with ethylene oxide, plasma, and gamma sterilization

Polycarbonate (PC)

  • High impact resistance and rigidity
  • Excellent chemical and heat resistance
  • Ideal for surgical guides, instruments, microfluidic chips, and training models

Titanium

  • Exceptional strength-to-weight ratio and corrosion resistance
  • Superior biocompatibility and design accuracy
  • Ideal for custom orthopedic implants, cranial and maxillofacial reconstructions, dental implants, and abutments

Frequently Asked Questions

Artibone is a patient-specific bone reconstruction solution that combines virtual surgical planning (VSP), advanced biomaterials, and 3D printing to restore anatomy, function, and aesthetics with unmatched precision. It enables surgeons to move from conventional grafting to digitally driven, personalized reconstruction.
Artibone is ideal for complex craniofacial, maxillofacial, and orthopedic reconstructions, including: Tumor resection defects, Trauma-related bone loss, Congenital deformities, Revision surgeries.
Artibone leverages CT/CBCT-based planning and VSP to create implants that match the patient’s exact anatomy. This ensures: Precise defect reconstruction, Accurate anatomical restoration, Reduced intraoperative adjustments. Resulting in highly predictable functional and aesthetic outcomes.
Artibone uses medical-grade titanium, PEEK, PMMA, and polycarbonate, selected based on the clinical indication. These materials provide biocompatibility, strength, sterilization compatibility, and long-term durability, ensuring safe and reliable reconstruction.
Yes. By providing pre-designed, patient-specific implants, Artibone minimizes intraoperative shaping and trial-and-error, leading to: Reduced operative time, Improved OT efficiency, Lower surgical risk and fatigue. This allows surgeons to focus more on execution rather than intraoperative decision-making.
Yes. Artibone supports simultaneous resection and reconstruction planning, enabling surgeons to achieve accurate margins and immediate anatomical restoration in oncologic cases.
By restoring native anatomy with high precision, Artibone improves: Occlusion and biomechanics, Facial symmetry and contour, Long-term structural stability. This leads to better functional recovery and superior aesthetic results, enhancing overall patient satisfaction.