Maxillofacial Surgery
3D technologies ensure precise surgical planning and exceptional outcomes in maxillofacial procedures, considering both functional and aesthetic needs
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Orthognathic Surgery
Anatomical Accuracy and Optimal Fit Enabled by Surgical Guides. Joint Implants. -
Trauma and Defect Reconstruction
Custom Components for Fixation, Augmentation, or Replacement of Facial Bone Segments Made from Biocompatible Materials — PEEK and Titanium -
Subperiosteal Implants
Implants for Reconstruction of Upper and Lower Jaw Segments with Integrated Support Zones for Dental Prosthetics -
Microsurgery
A Set of Guides and Plates for Jaw Reconstruction Using Microvascularized Fibula Flap with the Option for Dental Implant Placement
- Anatomical Reconstruction of the DefectAnatomical precision, including for small fragments1
- Products of Any ComplexityFully customized biocompatible products2
- Faster surgical workflowFaster surgical workflow due to digital preplanning3
Orthognathic Surgery
Our surgical guides ensure high accuracy and anatomical fit. Developed for both jaws, accounting for osteotomies, they include intermediate positioning elements and occlusal splints for jaw alignment. Can be integrated with custom titanium plates or standard fixation systems.
TMJ Temporomandibular Joint
Custom-made based on patient anatomy and clinical needs. Articulating surface selected per surgeon’s preference: polished titanium, UHMWPE, or PEEK. Fixation is pre-planned based on bone condition and access, ensuring safety near vital structures. Can be combined with bone remodeling and orthognathic surgery.
Subperiosteal Implants
Implants for reconstruction of upper and lower jaws with built-in support zones for dental prostheses.
- Fixation is pre-calculated for screw placement in dense bone zones
- Design offers secure fit and uniform load distribution
- Prosthetic components are modeled during preoperative planning
- Fixation is pre-calculated for screw placement in dense bone zones
- Design offers secure fit and uniform load distribution
- Prosthetic components are modeled during preoperative planning
Trauma and Defect Reconstruction
Used for fixation, augmentation, or replacement of facial bone fragments. Provide precise reconstruction of the midface and lower face, restoring both function and appearance
Materials:
- Titanium (Ti-6Al-4V ELI): medical-grade, bioinert
- PEEK: implant-grade polymer, strong and MRI/CT compatible
- UHMWPE: ideal for articulating components
Materials:
- Titanium (Ti-6Al-4V ELI): medical-grade, bioinert
- PEEK: implant-grade polymer, strong and MRI/CT compatible
- UHMWPE: ideal for articulating components
Microsurgery
Custom-designed systems for functional and anatomical restoration, including:
- Osteotomy guides and positioning tools for autografts (fibula, scapula, pelvis)
- PEEK implants for volume restoration
- Titanium reconstruction plates - Occlusal splints
- Dental implants (if required)
- Osteotomy guides and positioning tools for autografts (fibula, scapula, pelvis)
- PEEK implants for volume restoration
- Titanium reconstruction plates - Occlusal splints
- Dental implants (if required)
Products of Any Complexity Made from Biocompatible Materials
- Titanium
Used in implant and medical device manufacturing. Biocompatible, non-allergenic, and time-tested
- PEEK
Exceptional reliability: strong, rigid, inert. Can be re-sterilized and modified during surgery if necessary
- Photopolymer
Biocompatible photopolymer for making guides. Safe for contact with skin and mucous membranes — universal and reliable
