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The Medical Industry accounted for some 15% of all Rapid Prototyping activity in 2009, a figure that is likely to rise as researcher work to uncover new applications brandon philips jersey and refine existing Additive Manufacturing technologies.

Traditionally confined to production of visual design aids and pre-production marketing tools due to brandon philips jersey limitations of Rapid Prototyping materials functionality was limited. As the range of Additive Manufacturing materials has increased over the past 20 years so too has the range of applications for this technology with Medical Device designers now able to source Prototypes that more closely match the final production part. These models can undergo a series of brandon philips jersey fit, form and function testing allowing likely production errors to be identified prior to committing to expensive production tooling.

The advances in Additive Manufacturing technology have also allowed for the greater adaptation of Rapid Prototyping processes with a London based Ultrasound Clinic becoming one of the first UK based companies to offer clients the opportunity to purchase 3D printed models of their unborn child. Doctors at the clinic are also investigating the potential for using 3D ultrasound imaging in conjunction with 3D printing to enable early diagnosis of developmental problems and illness with this researched aimed at improving survival rates for sick babies.