Anatomical Model Software

Interventionalists typically rely on a patient’s CT, MRI or X-ray to aid in diagnosis and pre-operative planning. These commonly used 2D images make conceptualizing complex three-dimensional anatomical structures a difficult task for even the most experienced surgeon. 2D images can complicate pre-operative planning, leading to many complex surgeries being misdiagnosed or ...

Simplifying and streamlining the production of customised CMF/OMF implants and guides. No two patients are the same, so why should their implants be the same? Customised implants allow for personalised healthcare, helping to ensure each patient gets the very best ...

Craniomaxillofacial surgeons typically rely on a patient’s CT, MRI or X-ray scan to aid in diagnosis and pre-operative planning These commonly used 2D images make conceptualizing complex three-dimensional anatomical structures a difficult task for even the most experienced surgeon. 2D images can complicate pre-operative planning, leading to many complex surgeries being ...

Cardiac surgeons typically rely on a patient’s CT, MRI or X-ray to aid in diagnosis and pre-operative planning. These commonly used 2D images make conceptualizing complex three-dimensional anatomical structures a difficult task for even the most experienced surgeon. 2D images can complicate pre-operative planning, leading to many complex surgeries being misdiagnosed or ...

Neurosurgeons typically rely on a patient’s CT, MRI or X-ray to aid in diagnosis and pre-operative planning. These commonly used 2D images make conceptualizing complex three-dimensional anatomical structures a difficult task for even the most experienced surgeon. 2D images can complicate pre-operative planning, leading to many complex surgeries being misdiagnosed or ...

FDA 510(k)-cleared D2P® software and 3D Systems printers allow surgeons, radiologists, lab technicians, and device designers to create diagnostic-quality digital 3D models and physical 3D prints easily and ...