ObjectiveTo design an interventional cardiology simulation system based on unity 3d virtual reality technology to simulate the multi-sensory feedback in the operation of heart disease.
MethodsWe used 3Dmax and Unity3D engine to build a three-dimensional cardiovascular model, and use Falcon Novint and Rift Oculus software and hardware system to build a virtual reality environment to simulate pilot wire intervention surgery.
ResultsThe user can use the Falcon Novint force feedback controller to carry out a variety of virtual instrument exercises of percutaneous coronary angioplasty, and also it can restore operation scene through Rift Oculus virtual reality device.
ConclusionA simulation system for interventional surgery is designed, which provides the help for the extensive medical training.
