Custom Implants Design Process

Custom jaw angle implants provide a precise, long-lasting solution for patients with jawline insufficiency and facial asymmetry following orthognathic procedures such as BSSO (bilateral sagittal split osteotomy). Using advanced 3D imaging and surgeon-directed design, asymmetric jaw angle implants can correct residual contour irregularities, restore mandibular definition, and improve lower facial balance in ways that fillers or stock implants cannot achieve. Placed through intraoral incisions, this approach avoids visible scars while allowing seamless integration with existing hardware from prior surgery. By addressing asymmetry, weak mandibular angles, and inadequate lower facial projection, custom implants deliver a stronger, more defined, and natural-looking jawline with stable, long-term results.

Custom Endomandible™ jawline implants provide a highly advanced solution for patients with hypodivergent facial features and a small mandible seeking natural, balanced lower facial enhancement. Using precision 3D imaging and surgeon-driven design, the Endomandible™ implant enhances jawline definition, improves chin projection, and corrects asymmetry while preserving an elegant, ethnic-appropriate contour. Placed through a discreet submental or intraoral approach to avoid visible scars, this custom facial implant offers a level of control and refinement not possible with fillers or stock implants — delivering long-lasting, stable jawline enhancement with improved symmetry, definition, and harmony.

Custom Endomandible™ jawline implants combined with a chimeric malar–infraorbital rim implant offer a comprehensive, surgeon-designed solution for total facial enhancement in patients seeking improved symmetry, strength, and definition. Using advanced 3D imaging and precision customization, this approach enhances the jawline, chin, cheeks, and orbital rim in a coordinated, anatomically harmonious manner that cannot be achieved with stock implants or fillers. In this middle-aged male patient, both implants were designed to optimize facial balance while preserving natural masculine contours, and were placed through a single, discreet incision using a pre-existing submental scar, minimizing additional visible scarring.

Custom facial implants provide a refined, long-lasting solution for patients with complex aesthetic challenges following prior surgery. In this case, a young woman with a history of unsuccessful silicone cheek implants, which were either oversized or prone to mobility, and residual jaw angle deficiency after BSSO surgery, sought a more elegant and feminine outcome. Using advanced 3D imaging and surgeon-directed design, bespoke malar and jaw angle implants were created to restore symmetry, enhance midface contour, and define the jawline while preserving soft, natural proportions. All implants were placed through hidden intraoral incisions, resulting in no external scars and a seamless, natural-looking enhancement.

For the sophisticated young professional woman seeking a long-term alternative to jawline filler, custom jaw angle and chin implants offer a precise, elegant, and feminine solution. Using advanced 3D imaging and surgeon-driven design, these bespoke implants are crafted to enhance, not add bulk, delivering subtle refinement, improved symmetry, and natural jawline definition that complements a feminine profile. Among the smallest and most detailed implants we create, this approach prioritizes balance, proportion, and soft contouring rather than overcorrecting or masculinizing it. Placed through hidden intraoral incisions when possible, custom jawline implants provide lasting, stable results that fillers cannot achieve.

For patients seeking a definitive solution after unsuccessful chin augmentation, custom PEEK facial implants offer unmatched precision and long-term stability. In this case, a young Asian professional with a well-positioned but poorly fitting silicone chin implant experienced lack of bony contact, progressive bone erosion, and worsening asymmetry with chin deviation. Using advanced 3D imaging and surgeon-driven design, a custom PEEK implant was engineered to fit the eroded bony footprint in a true "hand-in-glove" fashion, restoring intimate bone contact while correcting asymmetry, refining midline alignment, and achieving controlled vertical chin lengthening without overprojection.

Custom chin and jawline reconstruction can provide transformative results for patients with congenital asymmetry such as hemifacial microsomia. In this case, an Asian American gentleman with a retrusive, deviated chin sought to restore lower facial balance, improve symmetry, and increase vertical facial height. Using advanced 3D planning and surgeon-directed design, a custom implant was created to achieve approximately 10 mm of controlled advancement while correcting midline deviation and enhancing structural support. Placed through a hidden intraoral incision to avoid external scars, this approach allows precise, anatomically tailored correction that improves facial harmony, jawline definition, and overall proportion.

Custom Endomandible™ jawline implants offer a strategic, structural approach for patients preparing for facelift surgery by optimizing the underlying facial skeleton before soft tissue repositioning. In this case, a 45-year-old woman sought to correct mandibular asymmetry and vertical height deficiency to create a stronger, more balanced foundation for facial rejuvenation. Using advanced 3D imaging and surgeon-driven design, a custom Endomandible™ implant was developed to enhance jawline definition, improve symmetry, and restore lower facial proportions while preserving a natural, feminine contour. Placement was performed through a single discreet submental incision, avoiding additional visible scars.

Patients with underlying bony deficiencies of the facial skeleton often present with inherent asymmetry, which can be unintentionally exaggerated by the use of prefabricated, stock implants. Because standard implants are uniform in shape and size, they project existing imbalances rather than correct them, leading to suboptimal aesthetic outcomes. One of the strongest indications for custom facial implants is the ability to precisely design and fabricate a device that accounts for these asymmetries and structural disharmonies. In this sense, placing a standard chin implant on an asymmetric mandible is analogous to placing identical breast implants in a patient with preexisting asymmetry — it fails to address the underlying imbalance and may even accentuate it.

Custom midface implants offer a refined, anatomically precise solution for patients seeking enhanced facial definition while preserving natural harmony. In this case, a Chinese woman desired higher, fuller cheekbones, correction of midfacial concavity, and subtle modification of skeletal features through surgical enhancement. Using advanced 3D imaging and surgeon-directed design, a chimeric malar–paranasal implant was created to address asymmetry, augment midface projection, and create smooth, continuous contours across the cheek and paranasal regions. Placed through hidden intraoral incisions with no visible scarring, this custom approach provides balanced, natural-looking facial enhancement with long-lasting structural support.

A conservative Endomandible™ implant offers a highly refined approach to male jawline enhancement, delivering strong, masculine definition without excess bulk or unnatural contour. Using advanced 3D imaging and surgeon-driven design, this custom implant is engineered to enhance vertical jawline height and improve chin projection while preserving natural facial balance and symmetry. By targeting key structural deficiencies in the mandible, the Endomandible™ creates a sharper, more defined lower face that reflects strength and masculinity without appearing overdone. Placed through a discreet submental approach to avoid visible scarring, this technique provides long-lasting, stable results that outperform fillers and stock implants.

Custom Endomandible™ implants provide a powerful, anatomically precise solution for patients with mandibular deficiency and complex revision history following genioplasty. In this case, a young woman with a small mandible underwent multiple chin advancements, which resulted in bony step-offs and a pre-jowl sulcus defect that contributed to premature aging and contour irregularity. Using advanced 3D imaging and surgeon-directed design, a custom Endomandible™ implant was created to restore mandibular continuity, correct asymmetry, smooth prior surgical irregularities, and enhance overall facial harmony — addressing both structural deficiency and secondary deformities.

This case highlights the critical importance of surgeon-directed implant design in achieving precise, natural facial enhancement. A young Chinese-American gentleman presented with prior silicone chin implants that were later replaced by custom implants designed by a third-party engineer; although the patient initially approved the design, the resulting implant was bulky, failed to conform intimately to the facial skeleton, and effaced the columellar–labial junction, disrupting key aesthetic relationships. Using advanced 3D imaging and direct surgical design, Dr. Zelken created a refined custom implant with sharper contours and improved bone interface, restoring balanced paranasal projection while preserving natural anatomy and facial harmony.

Custom facial implants offer powerful solutions, but even advanced materials like MEDPOR can fail when design and positioning are suboptimal. In this revision case, a gentleman presented with a previously placed wraparound MEDPOR implant that was malpositioned approximately 1 cm too high on the right side and had fractured along the left mandible, resulting in significant facial imbalance and contour irregularities. Additionally, prior silicone implant–related bone erosion created residual defects that contributed to shadowing and asymmetry. Using advanced 3D imaging and surgeon-directed design, a custom implant was developed to precisely interface with these altered bony contours, effectively leveraging the existing erosion patterns as a "footprint" for a more accurate, stable fit.

Custom facial implants offer precise, tailored solutions for even subtle aesthetic concerns that can significantly impact patient confidence. In this case, a young man was bothered by mild asymmetry of his jaw angles — an issue that was not overtly noticeable but meaningful to him. Using advanced 3D imaging and surgeon-directed design, a unilateral custom jaw angle implant was created by mirroring the left side onto the right, restoring symmetry and enhancing mandibular balance. This case highlights the versatility of custom implant design, demonstrating that no aesthetic concern is too small or too complex to be addressed with precision.