3D Printed Anatomical Models now custom made in coloured, multi-materials in Australia

Fusetec 3D in Adelaide has taken delivery of a world-class Stratasys J750, with the aim of supplying true to life 3D Printed Anatomical models for pre-surgical planning, enhanced patient communication and training in hospitals and universities.

 Fusetec's Stratasys PolyJet technology from Fuji Xerox Australia enables it to 3D print medical device prototypes, anatomical training models and patient-specific anatomical models, allowing easier and faster access to human anatomy as there are many limitations when working and training with cadaveric materials.

 This is a unique application and Fusetec will be working with and looking to work with Hospitals and Universities across Australia with the vision of making Adelaide the centre of anatomical 3D printing in Australia. It is expected that Fusetec’s work will open unique opportunities in other medical fields in Adelaide.

 The benefits of 3D modelling in the medical field include but are not limited to:

·       Improved outcomes by using real patient anatomical models for pre-surgical planning. Using models derived from patient scans allows doctors greater insight into their specific patient’s anatomy, enabling them to refine their approach prior to surgery. The physical, spatial and tactile benefits of a realistic physical model can boost preparedness and confidence, helping to reduce time spent in the operating theatre thereby improving patient outcomes.

·       Enhanced patient communication. With 3D printed models of a patient’s specific anatomy, doctors are able to demonstrate conditions and treatment options to patients clearly providing a better understanding for patients.

·       Customised models to represent specific pathologies. Using real patient data, medical models can be 3D printed to effectively demonstrate the physical characteristics of the targeted pathology. These models can be adapted and customized continuously to prepare physicians for a range of clinical scenarios.

·       Simulating a variety of live-tissue characteristics. Simulating everything from soft tissue and muscles to cartilage and bone in a single print job provides an accurate and hands-on experience for doctors and students alike.

·       Enhanced anatomical learning. Multi-material 3D Printing can create realistic and versatile models to meet very specific needs.

·       Conduct training anywhere. Because they can be 3D printed directly from CAD data, models can be designed in one place, stored digitally, and printed virtually anywhere to expedite delivery and prevent damage in transit.

Australian manufacturing continues to grow from strength to strength and it is the investment by companies like Fusetec 3D in new and innovative technologies that will continue to ensure that we have a manufacturing future in Australia.