Developed for patients with insufficient bone for conventional dental implants, these subperiosteal options are custom-built to sit atop the bone under the periosteum. With a precise 3D printed design tailored to individual anatomy, they offer stability without the need for grafting, making them a smart alternative for complex dental restorations.

Crafted through advanced 3D printing, our cranial implants are designed for patients needing reconstruction due to trauma, tumors, or congenital conditions. Each implant is individually customized using digital imaging and CAD technology to ensure a precise anatomical fit. This not only improves aesthetic results but also reduces surgery time and supports faster healing. A trusted solution in neurosurgery and craniofacial reconstruction.

Tailored to each patient’s anatomy, our pelvic implants support surgical reconstruction following trauma, tumor excision, or deformity. The implants provide mechanical integrity and are designed to fit seamlessly with pelvic structures, improving surgical outcomes and encouraging natural bone integration. An essential tool for complex orthopedic interventions.

TMJ implants offer a reliable option for patients with joint degeneration, trauma, or ankylosis. Using 3D printing, each implant is designed to restore jaw function and reduce pain while aligning precisely with the patient’s anatomy. These implants help surgeons deliver both aesthetic and functional results in complex temporomandibular reconstructions.

Our Total Joint Replacement implants are custom-fitted solutions for complete joint restoration. Ideal for advanced orthopedic cases, these implants provide a natural fit, improved articulation, and even load distribution. Whether for trauma or congenital deformities, these 3D printed implants promote better biomechanical integration and long-lasting joint performance.

Engineered for orbital floor and wall reconstruction, these implants offer unmatched precision for complex maxillofacial procedures. Based on CT scan data, each orbital plasty implant is tailored to the patient’s anatomy, minimizing intraoperative adjustments and supporting ideal ocular alignment. The result: better symmetry, reduced surgical time, and lasting outcomes in both trauma and congenital cases.

Used in cases of talar avascular necrosis, collapse, or trauma, these implants replicate the natural shape and biomechanics of the talus bone. Individually crafted for each patient, they restore joint alignment and functionality while promoting proper weight distribution. Designed to preserve mobility and deliver long-term orthopedic support.

Designed for precision in chin augmentation and repositioning procedures, our genioplasty implants offer a custom-fit solution tailored to each patient’s mandibular anatomy. Manufactured using cutting-edge 3D printing technology and guided by high-resolution CT imaging, these implants help correct microgenia, asymmetry, and chin retrusion with minimal intraoperative adjustment. The result is improved facial harmony, functional enhancement, and reduced operative time—making them a trusted option in aesthetic and reconstructive facial surgery.

Designed to support orthognathic surgeries, Le Fort I implants offer a highly accurate, patient-specific fit for repositioning the upper jaw. Manufactured using high-resolution 3D printing, these implants assist in correcting facial asymmetry and skeletal malocclusions. Their precise design enhances both surgical efficiency and long-term facial balance, making them essential in advanced maxillofacial treatments.

Engineered for orbital floor and wall reconstruction, these implants offer unmatched precision for complex maxillofacial procedures. Based on CT scan data, each orbital plasty implant is tailored to the patient’s anatomy, minimizing intraoperative adjustments and supporting ideal ocular alignment. The result: better symmetry, reduced surgical time, and lasting outcomes in both trauma and congenital cases.

SSO: Engineered for orbital floor and wall reconstruction, these implants offer unmatched precision for complex maxillofacial procedures. Based on CT scan data, each orbital plasty implant is tailored to the patient’s anatomy, minimizing intraoperative adjustments and supporting ideal ocular alignment. The result: better symmetry, reduced surgical time, and lasting outcomes in both trauma and congenital cases.

BSSO: Our BSSO implants are crafted to meet the demands of bilateral mandibular corrections with high precision. The customized design fits the patient’s jaw seamlessly, facilitating occlusal alignment and facial symmetry. These implants are instrumental in streamlining surgery, enhancing fixation, and delivering long-term functional stability.