Whether you are looking for midface or mandibular reconstructive solutions, patient-specific orthognathic plates or an implant to address aesthetic needs, our iD Solutions Facial iD portfolio will provide personalized results for your patient. Implants are individually designed with your patient’s CT data while you drive the artistry of the implant during a digital session with our design engineer. Implants are available in a variety of materials depending on anatomical location, including MEDPOR, PEEK and titanium. Provide your patients with an implant designed to fit their anatomy and enhanced aesthetic results.
Facial iD with Dr. Neugarten from Stryker CMF on Vimeo.
Our MEDPOR patient-specific implants allow you to create the ideal implant design for your patient’s midface or mandible aesthetic needs. During an online interaction with our engineers, you’ll be able to determine the height, width, projection and overall shape of the implant.
Patient-specific titanium plates are manufactured to the planned patient outcome, eliminating the time needed for intraoperative adaptation. Plot the location of every screw hole, select the profile height and bar width, and create a reconstruction plate to meet your patients’ needs.
We collaborate with 3D Systems to offer VSP® solutions to further enhance your patient outcomes with anatomic models and surgical guides.
We have many options to address midface reconstruction, ranging from our newly introduced patient-specific titanium plates to our long-standing MEDPOR and PEEK products.
Our customized reconstruction plates are designed to meet the individual needs of you and your patients. These customized plates are manufactured to the planned patient outcome determined through virtual surgical planning, eliminating the time needed for intraoperative adaptation. This patient-specific approach comes from our partnership with 3D Systems.
We also offer MEDPOR and PEEK materials for midface reconstruction. Each has a well-established history of surgical use and offers you the flexibility to address your patients’ specific needs. You can provide detailed inputs during an online design session with our engineers and map out the exact placement, projection, and other aspects of the implant to match the needs of your patient.
Midface and mandible trauma
Trauma can mean a complete loss of anatomical references and a need for fast analyses. With 3D Systems’ VSP, you can visualize preoperative and repositioned postoperative anatomy, then utilize those VSP decisions to design patient-specific plates to fit your intended surgical plan. Plate design session features include real-time visualization of screw hole placements, bar width and plate thickness.
We can help you take orthognathic surgery to the next level of accuracy and precision, with patient-specific 3D printed plates. Determine osteotomy simulations and bony movement during the VSP session, then design customized plates to provide an optimal fitting plate for your patient. During the plate design session, you can select a range of features including profile height, length of plate and screw hole placement. Make adjustments in real-time and view your final implant design during the session.
Confident plate design
Embrace the next level of patient-specific planning with our patented software that illustrates bone thickness via heat maps. This feature can be utilized during planning sessions to help you identify areas of quality bone for planning the 3D printed plate design and screw hole fixation points. This can provide additional value in orthognathic and midface reconstruction or trauma cases.
Bone thickness measurements are included in all design proposals for customized cases for mandible reconstruction, orthognathic, midface reconstruction and midface or mandible trauma. This measurement feature provides bone depth guidance intraoperatively, to equip you to effortlessly choose the appropriate screw for each hole and fixate the plate in a secure location.
The purpose of this paper was to analyze the biomechanical performance of customized mandibular reconstruction plates with optimized strength. The best locations for increasing bar widths were determined with a sensitivity analysis. Standard and customized plates were mounted on mandible models and mechanically tested. Maximum stress in the plate could be reduced from 573 to 393 MPa (−31%) by increasing bar widths. The median fatigue limit was significantly greater (p < 0.001) for customized plates (650 ± 27 N) than for standard plates (475 ± 27 N). Increasing bar widths at case-specific locations was an effective strategy for increasing plate fatigue performance.
Patient-specific implants (PSIs) are accurate, efficient
alternatives to traditional plate fixation. They are well-suited for use in
procedures that require the utmost accuracy, stability, and efficiency.
Although PSIs have demonstrated such qualities in craniomaxillofacial
reconstruction, they have so far found limited utilization elsewhere.
We explored the departmental protocol for
Lefort 1 PSI orthognathic surgery at a high-volume, tertiary referral
center. Three cases were selected that matched predetermined criteria,
which included treatment by the same surgical team, concurrent
Lefort 1 osteotomy and bilateral sagittal split osteotomy, Angle’s type
3 malocclusion, lack of interdental osteotomies, and American Society
of Anesthesiologists classification 2 or less without metabolic or
osseous diseases. The operative outcomes from these patients were
then compared to similar cases also meeting the same criteria and
conducted within the same time period.
The use of PSI in Lefort 1 osteotomy is associated with
anatomically sound designs that could contribute to postoperative
stability of the jaws. They also have not shown increased rates of
complications such as infection, dehiscence, or relapse at 6 weeks
postoperatively but may in fact decrease the operative duration. These
findings are consistent with the results gleaned from literature on the
use of PSI in craniomaxillofacial reconstruction.