Efficacy of Composites for Fabrication of Orthotic Calipers

Abstract

Composites based materials are becoming more important in the field of aerospace, automobile, medicine, sports, energy etc. The principal quality of composite materials is their higher strength, firmness, resistant to corrosion and comparatively low weight when compared to the metals. The main aim of the work is to replace the presently used orthotic calipers with the proposed polymeric based composites as in last few years composites have generated broad research in engineering and research field due to its smaller density, low cost, recyclable, environment friendly and capable of being decomposed. Here, the authors have proposed two polymeric based composites (thermoplast and thermoset) as an alternative material of construction and hence their various properties were investigated. The authors after performing the experiment unveil that the strength and firmness of thermoset based composites (Epoxy + Carbon) is higher and have lower weight- to- volume ratio than that of the presently used (Aluminum based) orthotic calipers.