Medical micro-electro mechanical systems (MEMS) are chips manufactured in a semiconductor wafer fabrication factory (FAB) that combine mechanical and electronic functionality. FAB is a facility in the microelectronics industry that manufactures integrated circuits and discrete electronic devices such as transistors and diodes. The term MEMS refers to both a type of micro-mechatronic device and the procedures used to make them. Some medical micro-electromechanical devices, also known as transducers, convert a measured mechanical signal into an optical or electrical output.
Medical micro-electro mechanical systems (MEMS) are a new type of microscopic electronic device that has dynamic active components. They combine nanotechnology and nanotechnologies with nanoelectronics. These strategies are utilised to manufacture devices and assemblies having nanotechnology-buildable properties. This also allows for a more targeted application of nanotechnology in the creation of electronics. Micro-electromechanical systems are utilised to create mechanical and electromechanical devices that can be utilised in medical devices via micro-fabrication processes.
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