Orbit Floor Implant

The Orbit Floor Implant is crafted to restore the orbital floor, the bony base of the eye socket, and is tailored to match the patient’s specific orbital anatomy. It effectively addresses structural defects, displacements, or damage in the orbital floor. By enhancing the integrity of the orbital base, this implant improves both visual function and facial aesthetics, providing support to surrounding tissues and correcting any displacement.

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Material

  • Ti6Al4V-ELI Grade 23 Titanium
  • PEEK (Polyether Ether Ketone)

Properties & Descriptions

Strength:
Provides high tensile strength for durable support.
Osseointegration:
Facilitates strong bonding with the bone for long-term stability.
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Clinical Indications

Orbital Fractures

Stabilizes and restores fractures of the orbital floor, often resulting from trauma.

Enophthalmos

Restores displacement of the eye into the orbit caused by bony loss or injury.

Orbital Deformities

Addresses congenital or acquired deformities of the orbital floor.

Patient-Centric Advantages

Enhanced Comfort

Customised fit minimizes pressure points and discomfort, leading to a more natural feel.

Improved Visual Function

Restores orbital integrity, enhancing visual function and reducing complications.

Aesthetic Improvement

Corrects displacements and restores facial symmetry, enhancing overall appearance.

Surgeon-Centric Advantages

Precision Fit

Tailored design ensures accurate restoration of the orbital floor, simplifying the surgical process.

Reduced Complications

Improved fit and function reduce the risk of post-operative complications.

Efficient Procedure

Customization streamlines the surgical process, potentially shortening operative time.

Sub-Periosteal Implant

The Sub-Periosteal Implant is designed to restore facial contour and support by placing it under the periosteum, the connective tissue surrounding bones. This implant is often used in cases of significant bone loss or facial deformities to enhance structural support and improve facial aesthetics.

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Material

  • Titanium
Durability:
High strength ensures the implant provides reliable support.
Osseointegration:
Facilitates effective bonding with surrounding bone structures.
Corrosion Resistance:
Guarantees long-term effectiveness and resilience.

Clinical Indications

Facial Bone Loss

Restores facial contour in cases of significant bone loss or resorption.

Aesthetic Enhancement

Provides support to enhance facial features and symmetry.

Reconstructive Surgery

Assists in reconstructive procedures where conventional bone grafting is not feasible.

Patient-Centric Advantages

Support for Insufficient Bone

Ideal for cases with inadequate bone volume, providing stability without extensive bone grafting.

Comfortable Fit

Sits beneath the periosteum, reducing discomfort associated with traditional bone-based implants.

Improved Facial Contour

Enhances facial aesthetics by supporting and reshaping facial structures.

Surgeon-Centric Advantages

Material: Titanium

Ti6Al4V-ELI Grade 23 Titanium provides exceptional performance and reliability.

Durability

High strength ensures the implant provides reliable support during and after surgery.

Osseointegration & Corrosion Resistance

Facilitates effective bonding with bone structures and guarantees long-term resilience.

Maxilla Implant

The Maxilla Implant is designed to address deficiencies or deformities in the upper jaw (maxilla). Customised fit to the patient’s anatomical needs, this implant supports and restores the maxilla, enhancing dental function, facial appearance, and providing support for prosthetic devices. Its precise design ensures optimal alignment and integration with existing bone structures.

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Material

  • Ti6Al4V-ELI Grade 23 Titanium
High Strength-to-Weight Ratio:
Provides a robust yet lightweight solution for maxillary reconstruction.
Osseointegration:
Promotes strong bonding with natural bone for stable, enduring results.
Biocompatibility:
Minimizes the risk of allergic reactions and integrates well with the body’s tissues.

Clinical Indications

Maxillary Defects

Restores defects or deformities in the upper jaw due to trauma, tumour resection, or congenital conditions.

Dental Rehabilitation

Supports dental prosthetics where natural bone is insufficient.

Cleft Palate Reconstruction

Assists in reconstructive procedures for cleft palate patients.

Facial Asymmetry

Addresses asymmetries in the maxillary region to restore a balanced facial appearance.

Patient-Centric Advantages

Improved Dental Function

Provides robust support for dental prosthetics, enhancing chewing and speaking abilities.

Customized Fit

Aligns perfectly with the patient’s bone structure, ensuring comfort and stability.

Enhanced Appearance

Addresses deficiencies and asymmetries in the upper jaw, improving facial aesthetics.

Surgeon-Centric Advantages

Simplified Prosthetic Placement

Accurate fit improves the ease of placing dental prosthetics and implants.

Minimized Revision Surgeries

Customized design reduces the likelihood of needing adjustments or additional surgeries.

Streamlined Surgical Planning

Detailed customization supports precise surgical planning and execution.

Mandible Implant

The Mandible Implant is customized to reconstruct or augment the lower jaw (mandible). Tailored to fit the patient’s unique jawline and anatomical requirements, this implant restores deficiencies or asymmetries, supports chewing function, and improves facial contour. It is essential for supporting dental functions and addressing trauma-related defects.

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Material

  • Ti6Al4V-ELI Grade 23 Titanium

Clinical Indications

Mandibular Defects:
Restores and reconstructs defects in the lower jaw from trauma, surgery, or congenital conditions.
Jaw Reconstruction:
Supports surgeries following tumour resection or significant bone loss.
Dental Prosthetic Support:
Provides a stable base for dental implants or prosthetics.
Facial Symmetry Restoration:
Addresses asymmetries to improve jawline appearance and function.

Material & Properties

Material: Ti6Al4V-ELI Grade 23 Titanium

Offers excellent mechanical properties and reliability for mandibular reconstruction.

Durability

High resistance to wear and corrosion ensures long-lasting performance.

Biocompatibility

Safe for use in the body with minimal risk of adverse reactions.

Structural Support

Provides the necessary strength for effective jaw reconstruction.

Patient-Centric Advantages

Restored Jaw Function

Enhances chewing and jaw movement, improving oral health and function.

Comfortable Fit

Tailored to fit the patient’s unique anatomy, reducing discomfort.

Improved Facial Aesthetics

Restores deficiencies and asymmetries, enhancing overall facial appearance.

Surgeon-Centric Advantages

Enhanced Stability

Provides a stable base for dental prosthetics, reducing the risk of post-operative issues.

Customizable Design

Allows for precise adjustments to meet individual anatomical needs, facilitating a more straightforward procedure.

Effective Reconstruction

Addresses a range of mandibular issues, from trauma to congenital defects, with improved outcomes.

Zygoma Implant

The Zygoma Implant is customized for the zygomatic bone (cheekbone) to address issues such as bone loss or deformities. It is shaped to fit the patient’s facial anatomy, providing support and enhancing cheek contour. This implant is particularly beneficial for patients with significant bone resorption or those undergoing reconstructive surgery.

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Material

  • Ti6Al4V-ELI Grade 23 Titanium

Properties & Descriptions

Strength:
Capable of managing the mechanical demands of the zygomatic region.
Osseointegration:
Facilitates effective integration with the zygomatic bone for long-term stability.
Corrosion Resistance:
Ensures durability in the facial region.

Clinical Indications

Zygomatic Bone Defects

Restores and augments the zygomatic bone following trauma, surgery, or congenital deformities.

Facial Volume Restoration

Rebuilds lost volume in the cheek area due to aging or bone loss.

Facial Asymmetry

Addresses asymmetries in the zygomatic region to enhance facial balance.

Supporting Prosthetics

Provides a foundation for dental implants in compromised bone structures.

Patient-Centric Advantages

Restored Facial Volume

Enhances cheek contour and symmetry, leading to a more youthful and balanced appearance.

Improved Support

Provides a stable foundation for facial structures and prosthetics.

Comfortable Fit

Designed to minimize discomfort and fit naturally with the patient’s anatomy.

Surgeon-Centric Advantages

Enhanced Structural Support

Provides robust support for facial structures, improving surgical outcomes.

Reduced Need for Additional Procedures

A secure foundation decreases the need for extra interventions or adjustments.

Facilitated Surgical Placement

Customised design simplifies the placement process and enhances surgical accuracy.

Malar Implant

The Malar Implant is customized for the malar region (high cheekbone area) to enhance volume and contour. It addresses deficiencies or asymmetries, providing a balanced, youthful appearance while offering structural support to improve facial aesthetics.

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Clinical Indications

Malar Deficiencies:
Enhances or restores volume to the cheekbone area due to congenital defects, trauma, or aging.
Facial Contour Improvement:
Addresses asymmetries or deficiencies for a balanced and youthful facial contour.
Reconstruction Post-Trauma:
Addresses asymmetries in the zygomatic region to enhance facial balance.
Supporting Prosthetics:
Assists in reconstructing the cheek area following injuries or surgical interventions.

Material & Properties

PEEK (Polyether Ether Ketone)

Biocompatibility: Highly compatible with human tissue, reducing the likelihood of rejection.

Radiolucency: Allows for detailed imaging and post-operative evaluation.

Lightweight: Reduces overall implant weight for enhanced comfort.

Ti6Al4V-ELI Grade 23 Titanium

Strength: Provides robust support and enhances the structural integrity of the cheekbone area.

Osseointegration: Ensures a strong, stable connection with the bone for lasting results.

Corrosion Resistance: Resists environmental factors, maintaining implant quality over time.

Patient-Centric Advantages

Enhanced Cheek Contour

Restores volume and balance to the malar region, improving aesthetic outcomes.

Reduced Discomfort

Customised design minimizes irritation and ensures a comfortable fit.

Natural Appearance

Aligns with natural facial features, achieving a harmonious look.

Surgeon-Centric Advantages

Accurate Contouring

Facilitates precise restoration of the cheekbone area, improving aesthetic results.

Efficient Procedure

Customization supports a smoother and quicker surgical process.

Reduced Post-Operative Issues

Customized fit helps minimize post-surgical complications and adjustments.

Angle Implant

The Angle Implant is designed for the mandible’s angle (lower posterior jaw area). It restores structural deficiencies or asymmetries, enhancing jawline definition and improving overall facial balance.

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Material & Properties

Material: PEEK (Polyether Ether Ketone)

Biocompatibility: Safe and well-tolerated by the body, minimizing the risk of complications.

Radiolucency: Enables clear imaging for precise post-operative assessment.

Stability: Provides consistent performance in various anatomical settings, ensuring reliable support during the healing process.

Material: Ti6Al4V-ELI Grade 23 Titanium

Durability: High strength ensures the implant can withstand mechanical stress in the mandibular angle.

Osseointegration: Promotes effective bonding with the bone for a stable outcome.

Corrosion Resistance: Maintains integrity and performance over time.

Clinical Indications

Mandibular Angle Defects

Restores or augments the lower jaw area due to trauma, congenital conditions, or surgical resections.

Jawline Definition

Improves the definition and contour of the jawline in patients with weak or asymmetrical angles.

Facial Aesthetic Enhancement

Enhances the overall facial profile and balance.

Patient-Centric Advantages

Improved Jawline Definition

Enhances contour and definition of the jawline for a more attractive profile.

Comfortable Fit

Customised design reduces discomfort and ensures a natural feel.

Balanced Aesthetics

Restores facial balance by correcting asymmetries and deficiencies.

Surgeon-Centric Advantages

Simplified Placement

Tailored design ensures a precise fit and alignment, making the surgical process more straightforward.

Reduced Post-Operative Complications

Accurate fit decreases the likelihood of complications and the need for revisions.

Chin Augment Implant

The Chin Augment Implant is designed to enhance or reconstruct the chin area, addressing issues such as a recessed or underdeveloped chin. Customised tailored to fit the patient’s facial anatomy, it improves facial proportions and profile, contributing to a more harmonious appearance.

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Clinical Indications

Chin Recession

Restores a recessed or underdeveloped chin to improve facial proportions.

Facial Balance

Enhances the chin area for better harmony with other facial features.

Reconstruction

Restores the chin following trauma or surgical interventions.

Material & Properties

Material: PEEK (Polyether Ether Ketone)

Biocompatibility: Reduces the risk of adverse reactions and promotes effective healing.

Radiolucency: Allows for clear imaging of the chin area for monitoring and adjustments.

Lightweight: Enhances comfort by minimizing the implant’s weight.

Material: Ti6Al4V-ELI Grade 23 Titanium

Strength: Provides necessary support and stability for chin augmentation.

Osseointegration: Ensures a stable connection with the chin bone for long-term success.

Corrosion Resistance: Ensures that the implant remains effective and intact over time.

Patient-Centric Advantages

Enhanced Facial Proportions

Improves the projection of a recessed chin, enhancing overall facial harmony.

Comfortable Fit

Customised design minimizes discomfort and ensures a natural fit.

Improved Aesthetics

Enhances chin contour, contributing to a more balanced and attractive profile.

Surgeon-Centric Advantages

Precise Contouring

Facilitates accurate chin augmentation, improving aesthetic and functional outcomes.

Streamlined Procedure

Customized fit supports a more efficient surgical process with fewer adjustments.

Reduced Complications

Tailored design helps minimize post-surgical issues and the need for additional interventions.

Implants for Rhinoplasty

Implants for Rhinoplasty are customized to fit the specific contours of the nose for reshaping and augmenting its structure. These implants address both aesthetic and functional concerns, such as enhancing nasal projection, correcting asymmetries, and supporting the overall appearance and function of the nose.

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Material & Properties

Material: PEEK (Polyether Ether Ketone)

Biocompatibility: Highly compatible with nasal tissues, reducing the risk of complications.

Radiolucency: Allows for detailed imaging and precise surgical adjustments.

Strength and Flexibility: Balances mechanical strength and flexibility, advantageous for nasal reconstruction.

Material: Ti6Al4V-ELI Grade 23 Titanium

Strength and Flexibility: Provides a balance of mechanical strength and flexibility, beneficial for nasal reconstruction.

Biocompatibility: Ensures minimal risk of complications and promotes effective healing.

Corrosion Resistance: Guarantees long-term durability and performance.

Clinical Indications

Nasal Augmentation

Enhances nasal projection or shape for cosmetic improvement or congenital corrections.

Nasal Reconstruction

Supports the reconstruction of the nasal structure following trauma, surgery, or tumour resection.

Restoring Asymmetries

Addresses irregularities or asymmetries to improve nasal aesthetics.

Functional Improvement

Improves nasal function by providing necessary structural support.

Patient-Centric Advantages

Enhanced Nasal Shape

Achieves desired nasal contours and projection, improving both function and appearance.

Comfortable Fit

Custom-designed to match specific nasal structures, reducing discomfort and improving fit.

Functional Improvement

Supports nasal function, potentially improving airflow and breathing.

Surgeon-Centric Advantages

Precise Contouring

Allows for accurate reshaping and augmentation of the nasal structure.

Efficient Surgical Planning

Customization aids in effective surgical planning and execution.

Reduced Post-Operative Issues

Minimizes the risk of complications and the need for additional adjustments.

TMJ Implant

The TMJ Implant addresses disorders and structural deficiencies in the temporomandibular joint (TMJ), which connects the lower jaw to the skull. Tailored to the patient’s specific anatomical needs, this implant provides support, restores normal joint function, alleviates pain, improves jaw movement, and enhances overall quality of life.

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Clinical Indications

TMJ Disorders

Manages and treats temporomandibular joint dysfunction (TMD), alleviating pain, clicking, or restricted movement.

Joint Degeneration

Replaces or supports the TMJ in cases of degenerative diseases or severe arthritis.

Trauma Restoration

Restores or repairs the TMJ following injury or trauma.

Congenital Anomalies

Addresses congenital malformations or deficiencies in the TMJ to restore normal function.

Material

  • Ti6Al4V-ELI Grade 23 Titanium (Mandibular Component)
  • UHMWPE (Ultra-high Molecular Weight Polyethylene) (Fossa Component)

Ti6Al4V-ELI Grade 23 Titanium (Mandibular Component)

High Strength:
Provides robust support for the TMJ, essential for enduring functional demands.
Osseointegration:
Ensures effective bonding with the surrounding bone, promoting long-term stability.
Corrosion Resistance:
Resistant to corrosion, maintaining performance over time.

Patient-Centric Advantages

Pain Relief

Alleviates symptoms of TMJ disorders, such as pain and restricted movement, improving quality of life.

Enhanced Jaw Function

Restores normal jaw movement and function, aiding in daily activities like eating and speaking.

Comfortable Fit

Designed to fit the patient’s specific anatomy, ensuring comfort and effectiveness.

Surgeon-Centric Advantages

Effective Management

Provides robust support for TMJ disorders, facilitating effective treatment and relief.

Customized Fit

Tailored design allows for precise adjustments to meet individual anatomical needs.

Streamlined Procedure

Customization supports a more efficient and accurate surgical approach.

Fibula Graft Solution

The Fibula Graft Solution is a sophisticated approach for reconstructing or augmenting facial structures using a segment of the patient's fibula bone. Ideal for complex reconstructive procedures, this solution involves harvesting the fibula from the patient's leg and using it to rebuild or support facial bones, such as the mandible or maxilla. It includes customised design implants and grafts tailored to the specific anatomical requirements, ensuring a durable and functional outcome for bone reconstruction.

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Material

  • Bone Graft (Fibula)
  • Customised Implant Materials

Bone Graft (Fibula)

Description:
A natural bone graft from the patient’s fibula, providing structural strength and integrating seamlessly with existing bone.

Customised Implant Materials

Description:
Typically made from Titanium or PEEK, these materials are designed to enhance graft integration and functionality.

Components of the Fibula Graft Solution

Fibula Graft Solution Anatomy Model

Description: A detailed 3D model representing the fibula and facial bones to aid in pre-surgical planning and patient education.

Features: Accurate depiction of the fibula, mandible, maxilla, and graft placement, along with customised implants.

Usage: Helps in strategizing the surgical approach and explaining the procedure to patients.

Aligner

Description: A tool for precisely positioning and aligning the fibula graft during the reconstruction procedure.

Features: Allows for highly accurate placement and alignment, reducing intraoperative adjustments.

Usage: Ensures accurate graft positioning and simplifies the surgical process.

Advantages

Structural Strength

The fibula offers robust support, ideal for facial bone reconstruction.

Biocompatibility

Being autologous (from the patient), it minimizes rejection risks and promotes natural healing.

Customizability

Tailored implants and grafts ensure optimal fit and functionality.

Implants in Orthognathic Surgery

Patient-Specific Implants (PSI) in orthognathic surgery are customized implants designed to address specific anatomical needs of patients undergoing corrective jaw surgery. These implants are tailored to fit the unique contours of the patient's facial skeleton, aiming to enhance both functional and aesthetic outcomes. By leveraging advanced imaging and 3D modelling, PSI allows for precise reconstruction and alignment of the maxilla (upper jaw) and mandible (lower jaw), addressing misalignments, deformities, and other jaw-related issues.

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Clinical Indications

Jaw Misalignment

Corrects structural misalignments in the maxilla and mandible to improve bite function, occlusion, and overall facial harmony.

Facial Asymmetry

Addresses congenital or acquired asymmetries in the jaw, restoring balance and symmetry to the facial profile.

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Materials and Technology

3D Imaging and Modelling

Utilizes high-resolution CT scans and 3D imaging to create accurate models of the patient’s jaw and facial structure.

Customised Implants

Fabricated from biocompatible materials such as Titanium or PEEK, these implants are designed to precisely match the patient’s anatomical contours for optimal fit and function.

Patient-Centric Advantages

Personalized Fit

Customised design implants ensure a perfect fit with the patient’s unique anatomy, leading to better surgical outcomes and reduced discomfort.

Enhanced Aesthetics

PSI improves the alignment and contour of the jaw, leading to a more balanced and harmonious facial appearance.

Faster Recovery

By achieving precise alignment and reducing the need for additional adjustments, PSI can lead to quicker recovery times and less postoperative pain.

Surgeon-Centric Advantages

Increased Accuracy

Patient-specific implants allow for precise surgical planning and execution, minimizing errors and enhancing the overall success of the procedure.

Improved Surgical Planning

Advanced 3D models enable detailed preoperative planning, which helps in anticipating and addressing potential challenges during surgery.

Reduced Complications

Customised implants reduce the likelihood of complications and the need for revisions, as they are specifically tailored to the patient’s anatomical requirements.

Components of PSI Orthognathic Surgery

1. Preoperative Planning

3D Imaging: Detailed CT scans and 3D reconstructions to assess anatomical structure.

Virtual Simulation: Visualizes surgical outcomes and aids implant design.

2. Customised Implants

Description: Patient-specific implants tailored for jaw reconstruction and alignment.

Features: Made from Titanium or similar, matching anatomical contours.



3. Surgical Procedure

Description: Implant is placed based on 3D pre-planned positioning.

Benefits: Enhances functional and aesthetic results.


4. Postoperative Care

Monitoring and Adjustments: Post-surgical checks for healing and implant fit.


Components of PSI Orthognathic Surgery

1. Preoperative Planning

3D Imaging: Detailed CT scans and 3D reconstructions to assess anatomical structure.

Virtual Simulation: Visualizes surgical outcomes and aids implant design.

2. Customised Implants

Description: Patient-specific implants tailored for jaw reconstruction and alignment.

Features: Made from Titanium or similar, matching anatomical contours.



3. Surgical Procedure

Description: Implant is placed based on 3D pre-planned positioning.

Benefits: Enhances functional and aesthetic results.


4. Postoperative Care

Monitoring and Adjustments: Post-surgical checks for healing and implant fit.


Frequently Asked Question

What does “OMF implants” mean?
OMF stands for Oral & Maxillofacial implants — implants designed to treat defects in the oral cavity, jaw, and facial bones caused by trauma, cancer, congenital deformities, or disease.
Who needs maxillofacial or OMF implants?
Patients may need maxillofacial implants if they have: ● Facial bone loss due to trauma ● Tumor and cancer resections ● Congenital facial deformities ● Failed previous reconstructions ● Severe bone defects in the jaw, cheek, or orbital areas
What are maxillofacial implants?
Maxillofacial implants are custom surgical implants used to reconstruct defects or deformities in the facial skeleton, including the jaw, cheekbones, and other bones of the face. They restore both function and aesthetics.
What are the benefits of patient-specific maxillofacial implants?
Patient-specific OMF implants offer: ● Perfect anatomical fit ● Better facial symmetry ● Reduced surgery time ● Lower risk of complications ● Improved functional and cosmetic results
Are maxillofacial implants safe?
Yes, OMF implants are biocompatible and designed for safe long-term implant use. Patient-specific design reduces the likelihood of poor fit and related complications.
Can OMF implants restore facial aesthetics?
Yes. Custom maxillofacial implants restore natural bone contours and symmetry, improving facial appearance after trauma, tumor removal, or congenital defects.
Are maxillofacial implants visible externally?
No. Maxillofacial implants are placed beneath the skin and bone, so they are not visible externally once healing is complete.
How do 3D-printed maxillofacial implants improve surgical accuracy?
Because they are created using patient imaging data and CAD modeling, they provide a perfect anatomical match, leading to precise placement and fewer intraoperative modifications.
Can maxillofacial implants improve breathing and chewing?
Yes. By restoring jaw and facial bone structures, OMF implants can improve functional outcomes, including chewing, speaking, and often breathing.
What is the advantage of 3D-printed maxillofacial implants over traditional reconstruction?
3D-printed implants provide: ● Faster surgery ● Better precision ● Improved cosmetic results ● Enhanced patient comfort and function
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