Medical Imaging to 3D Printed Models
Project Spotlight
Precision Knee Model from MRI & CT Scans
At 3D Innovative Solutions (3DIS), we specialize in converting complex medical imaging data into highly precise, tangible models that provide enhanced understanding and planning in both medical and educational fields. Our recent project, the Precision Knee Model, was created using detailed MRI and CT scans, transforming them into 3D-printed models with exact anatomical features including cartilage, tendons, and ligaments.
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Applications in Medical and Educational Fields
- Surgical Planning: Surgeons can visualize and plan complex procedures with greater precision.
- Patient Education: Patients gain a tangible understanding of their unique anatomy and medical conditions.
- Medical Training: These models provide realistic, durable tools for training healthcare professionals.
Our Process
How We Works
Our Step-by-Step Process
Data Conversion and Segmentation
Using high-resolution DICOM files, we segment MRI and CT scans to capture critical anatomical structures. Each scan is meticulously processed to ensure that essential details are preserved, making our models ideal for applications where accuracy is crucial.
Modeling and Customization
We specialize in creating models tailored to specific requirements. For the knee model project, we included essential structures such as cartilage, tendons, and ligaments to produce a comprehensive anatomical model.
Advanced 3D Printing Technologies
Using advanced techniques like SLA, SLS, and other state-of-the-art 3D printing technologies, we bring these segmented data sets to life. The models are highly accurate, providing unmatched visualization and aiding in both surgical planning and patient education.
Our Projects
Featured Projects



Interested in transforming your medical imaging into 3D models?
Contact us to discuss how our DICOM conversion and 3D printing expertise can benefit your project.