Cranial Reconstruction

Achieve patient‑specific precision in craniofacial reconstruction with implants tailored to individual anatomy. Choose between titanium or PEEK, with dedicated support from expert clinical engineers to guide planning and design, helping streamline your workflow from first discussion to surgery.

A white skull with a Materialise CMF PEEK implant on a blue background.

Benefits 

Plan with confidence before every surgery


Trust in a validated and reproducible workflow


Select the material that fits your case


Rely on precision through personalization


Product highlights

Close-up view of a porous, titanium, 3D-printed, CMF implant

Porous 3D-printed titanium implants

A digital skull model with a PEEK cranial implant secured by green screws, featuring multiple small perforations and three larger openings.

Milled PEEK implants

3D-printed osteotomy guides in polyamide on a stand

Polyamide osteotomy guides

A man wearing headphones sitting at a desk with two computers and the Mimics Enlight CMF software open and a skull shown on both screens.

3D planning with a clinical engineer

Select the material that fits your surgical approach

Porous 3D-printed titanium
Milled PEEK
Material characteristics
Intra-op implant adjustment
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+
Mechanical strength
+++
+++
Biocompatibility
+++
+++
Thermal conductivity
+
+++
Potential for osseous integration
+++
+
Volume reconstruction
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+++
Artifact likelihood
++
+++

Workflow

1. Patient scan
Upload your patient’s CT or CBCT scan to Mimics Flow, our secure case intake and management platform.

2. Interactive planning
Collaborate with a Materialise clinical engineer in an interactive online planning session to define the surgical objectives, fixation points, and implant contours.

3. Design approval
Review and approve the proposed 3D implant design directly in Mimics Viewer

4. Certified manufacturing of guides and implants
Your personalized implants are 3D printed in titanium or milled in PEEK within our certified quality management system, following CE-marked and ISO-certified processes.

5. Surgery
Use the delivered implants in surgery to achieve accurate, predictable, and reproducible results. 

Clinical evidence

Learn which facts back up our claims and discover the state-of-the-art research supporting additive manufacturing for CMF.

Rezai, A. et al. — Acta Neurochirurgica

Single-step 3D printing aided cranio-orbital reconstruction with patient specific polyetheretherketone implants after resection of benign spheno-orbital tumors (2024)

Andereggen, L. et al. — Journal of Craniofacial Surgery

Extensive Convexity Flattening of a Synthetic Skull Implant to Overcome Major Scalp Deficiency After Multiple Craniotomies (2021)

Schouman, T. et al. — Haute Autorité de Santé, France

Observational Multicenter Study on 40 Patients Operated with a Materialise PorousiTi Cranial Implant (2022)

Sesqué, A. et al. — The Journal of Craniofacial Surgery

Orbitofrontal Reconstruction With a Three-Dimensional Titanium Patient-Specific Implant After Intraosseous Haemangioma Resection (2020)

Frequently asked questions

Inspiration

Discover how others are benefiting from our CMF solutions.

Other indications for cranio-maxillofacial

Icon highlighting the jaw

Orthognathic surgery

A range of fully personalized solutions dedicated to orthognathic surgery, including orthognathic splints and 3D-printed surgical guides and implants to address your needs for even the most complex cases.

Icon of a face with a bandage on the cheek

Trauma surgery

Personalized solutions for various conditions, including primary orbital trauma, complex orbital wall and zygoma fractures, and large bone defects.

Icon highlighting the nose area of a face

Reconstructive surgery

Personalized guides for harvesting bone fragments at exactly the right size and angle and for resecting tumors at the correct location. Personalized plates and the appropriate screws for precise reconstruction.

Icon of a face with the jaw highlighted

TMJ total arthroplasty

Our personalized, surgically invasive, and implantable medical device is comprised of a temporal and mandibular component to restore the temporomandibular joint (TMJ).

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This content is intended for healthcare professionals only