Composite materials are becoming essential in solving medical technology challenges due to their ability to integrate the functional advantages of ceramics,polymers,metals,and natural components.Unlike monolithic mate...Composite materials are becoming essential in solving medical technology challenges due to their ability to integrate the functional advantages of ceramics,polymers,metals,and natural components.Unlike monolithic materials,composites offer tunability,making them central to emerging innovations in medical devices,tissue engineering,and drug delivery.This commentary explores how composites can pave the way for next-generation biomedical technologies and highlights current translational bottlenecks.展开更多
文摘Composite materials are becoming essential in solving medical technology challenges due to their ability to integrate the functional advantages of ceramics,polymers,metals,and natural components.Unlike monolithic materials,composites offer tunability,making them central to emerging innovations in medical devices,tissue engineering,and drug delivery.This commentary explores how composites can pave the way for next-generation biomedical technologies and highlights current translational bottlenecks.
