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Advanced Imaging
Authentic preparation starts before the incision. Every specimen includes comprehensive radiographic imaging and 3D scans, allowing participants to complete pre-operative planning before entering the wet lab.
3D X-Ray: High-resolution 3D imaging powered by Siemens Cios Spin technology for detailed anatomical visualization.
CT-Scans: Comprehensive CT imaging services to enhance surgical planning and support research and development.
Custom Anatomical Models:
Precision 3D-printed models derived from our imaging data - ideal for surgical training, and Research & Development
3D Bone Printing
Our realistic 3D bone models bridge the gap between theory and practice across the entire surgical education spectrum. Students utilize them during their early trainings to learn proper surgical techniques then continue training at home to build muscle memory and confidence outside the classroom.
Beyond initial education, these models serve as essential teaching material for surgical simulation - enabling detailed rehearsal of complex procedures prior to actual surgery.
3D BONE SEGMENTATION
Transforming Surgical Planning, R&D, and Educational Courses with Advanced 3D-Printed Bone Models and Digital Segmentations
End-to-end solutions including datasets, segmentation, and printing for biomechanical simulations, implant development, and performance testing.
Distal Humerus fracture
Wrist fracture
Distal Tibiia & Fibula fracture
Applications
Implant Design & Testing: Accelerate concept development and validation with high-precision anatomical models.
Biomechanical Simulations and Modeling: Test fracture mechanics, implant fit, and performance
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