Enhance Orthopaedic Surgery with 3D Planning and Printing
As an orthopaedic surgeon, precision, efficiency, and better patient outcomes are at the core of your practice. Elevate your approach with the power of Materialise Mimics for 3D planning and printing. Gain insight into patient anatomy with greater detail, optimize surgical strategies, and create patient-specific tools for more predictable procedures.


What you can achieve with Materialise Mimics


Patient-specific 3D-printed models
- Hands-on preoperative planning: Patient-specific, 3D-printed anatomical models provide tactile feedback, allowing for precise pre-bending of fixation plates to conform to the patient’s bone structure
- Enhanced accuracy and efficiency: Reduce intraoperative adjustments, shorten surgery time, and improve precision


Digital visualization
- Gain deeper anatomical insights: Convert medical images into interactive 3D models for a comprehensive view of complex structures
- Enhance preoperative planning: Visualize fractures, deformities, and bone alignment in high detail before surgery
- Streamline surgical workflow: Plan and simulate complex procedures digitally to optimize OR time


Personalized surgical instruments
- Patient-specific guides and templates: Design personalized surgical instruments tailored to individual patient anatomy
- Improved surgical precision: Support more accurate osteotomies and implant placements with highly personalized tools
- Manage intraoperative uncertainty: Reduce surgical guesswork and enhance efficiency
AI-enabled automatic segmentation in Mimics
Leverage the power of AI to accelerate 3D model creation and optimize preoperative planning.

Save time
Reduce manual effort and accelerate case processing by identifying and categorizing relevant information with AI.

Easily manage clinical case inflow
Deliver accurate 3D models more confidently and without sacrificing quality, especially in caseload peaks.

Optimize your team’s expertise
Spend less time on segmentation and more time on high-value tasks — improving consistency and reducing training time.
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