Inherent safety assessment for biomedical textile materials based on fuzzy mathematics

Biomedical textile materials are indispensably materials in clinical medicine. These materials will stay in body for long time, so we must insure their safety and validity. Biomedical textile materials can be design for inherently safer material and carry though inherent safety assessment before used in clinical medicine, Inherent safety is a condition in which the hazards associated with the materials and operations used in the body have been reduced or eliminated, and this reduction or elimination is permanent and inseparable. Inherent safety is broadly used in chemical industry. This paper use the inherent safety principles assesses biomedical materials safety which by inherent safety assessment and approve evaluating indicators. The material-centric view and fuzzy comprehensive assessment methods are available for developing inherently safer biomedical textile materials. This results in an incomplete and inaccurate analysis. In this ;paper, we present a systematic methodology for the integrated inherent safety analysis in biomedical textile materials. It also provides a common framework to identify synergies and tradeoffs among the alternatives generated thus enhancing the decision-making during design biomedical textile materials.