Materialise Mimics Enlight CMF
Virtual planner for CMF surgeries
3D plan your cases using our easy-to-use software for surgeons and teams who want to have control over planning in-house. Plan orthognathic and reconstructive cases in one comprehensive solution. Automated and designated workflows facilitate cases from the routine to the complex. All are designed to enable you to focus on clinical decision-making and delivering the best outcomes to your patients.
Benefits
Spend your time on what matters the most: your patients
Effortless planning thanks to the intuitive workflow developed with surgeons, for surgeons. Automated replanning and design tools are included so you can focus on clinical decisions.
Adapted to your needs and evolving surgical plans
Plan routine and challenging orthognathic and reconstruction cases. Adapt your plan at any moment and maintain smooth collaboration and communication, across teams, in real time.
Achieve the gold standard of patient care
Predict the final outcome in real-time with validated soft-tissue simulation. Our software is backed by the knowledge gained from more than 20 years of CMF planning experience and over 10,000 patients treated a year.
Easy to learn and top-tier support
With an easy learning curve, reduce your workload without compromising on quality. Do you find you need support with the software or a specific case? Our team responds promptly to your inquiries.
Features
Orthognathic workflow
Intuitive orthognathic planner with a wide range of osteotomy types to prepare cases in under 25 minutes.
Reconstruction workflow
Enabling fast and straightforward reconstructive surgery planning with fibula grafts.
Intuitive workflow and efficient planning
Automated smart tools that simplify and speed up your workflow for more efficient planning. Automatic adaptation to changes in the surgical plan at any step in the workflow.
Validated accurate simulation of the soft tissue
Achieve an accurate forecast of the patient’s facial appearance after surgery.
Clinical evidence
Simulations in orthognathic surgery for skull-maxillofacial deformities using CBCT acquisition are reliable.
Facial Soft Tissue Esthetic Predictions: Validation in Craniomaxillofacial Surgery With Cone Beam Computed Tomography Data (2010)
Clinically useful 3D predictions can be obtained with each method compared in the study.
Three-dimensional soft tissue prediction in orthognathic surgery: a clinical comparison of Dolphin, ProPlan CMF, and probabilistic finite element modelling (2018)
Materialise software can provide a realistic, accurate forecast of the patient's facial appearance after surgery.
Validation of new soft tissue software in orthognathic surgery planning (2010)
The computer-aided surgical technique of preoperative 3D planning and preformed plates is a clinically feasible tool for surgeons to improve the treatment of comminuted mandibular fractures.
Clinical evaluation of computer-assisted surgical technique in the treatment of comminuted mandibular fractures. (2015)
Three-dimensional models are valuable for preoperative planning and hardware precontouring in craniofacial surgery.
Cost-Benefit Analysis of Three-Dimensional Craniofacial Models for Midfacial Distraction: A Pilot Study. The Cleft Palate (2016)
Inspiration
L-103144-01