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Surgical Planning


  • In situ models can indicate how a bone would sit within the body in complex pathologies
  • By using a clear material with high resolution we can display internal defects in the bone such as tumours or physical bars
  • In situ models can indicate how a bone would sit within the body in complex pathologies

Show up fracture lines in patients for complex cases

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surgical planning
medical device testing

Medical Device Testing

Customizable medical models to suit a specific area which will optimize your testing procedures at all stages of device development. The models are geometrically designed to withstand rigorous laboratory and field use.

  • Initial concept
  • Product development
  • Physician product testing
  • Manufacturing quality assurance
  • For ongoing device testing we can provide personalized and generically designed silicone casted models (link to Silicone casted models)
  • Segment patient specific data > CAD to merge to sim model > 3D printed prototype > Casting for silicone model


  • Accurately show vascular location in relation to internal tumours for radiotherapy assessment
  • Highlights fine detail as well as tumour shape and size Can show tumour scale external to anatomy


  • Show small details in CT angiograms like atherosclerosis within vessels or external coronary arteries
  • Look within chambers or accurately visualize aortic aneurysms and stent placement
  • Visualize internal chambers and major vascular structures
  • Accurately assess myocardium and atrial thicknesses of patients
  • Aortic Test Models
medical testing device 2


  • Educate and train HCP's using anatomically accurate models
  • Improve patient care and communication using patient specific models
  • Using models with pathologies and abnormalities will provide you with an array of case studies
  • Our models are anatomically correct, providing a realistic scenario for training and testing
  • Testing on models allows for a more cost effective alternative to animal testing


  • Preoperative models of the teeth and bones of the face to create the desired postoperative position
  • Modified models to produce a surgical splint
  • Modified models for pre-bending of the generic miniplates


  • Shows up fine detail such as TMJ's and fine dental work
  • Visualise superficial and deep anatomy in bone such as mandibular osteopetrosiss
medical training