Micromachining plays a role in crafting medical tools like stents and hearing aids that require precision and intricate designs for optimal performance in the healthcare industry where quality is key. One of the benefits of employing micromachining in biomedical device manufacturing is its ability to shape durable and biocompatible metals without causing any strain or stress. Companies like Medtronic and Boston Scientific are known for their expertise, in producing notch medical devices using advanced micromachining methods.

Micromachining technologies play a role in manufacturing integrated circuits and Micro Electro Mechanical Systems (MEMS). By removing or adding material at a microscopic level precision is achieved which enables the development of complex and compact circuit layouts leading to enhanced processing speeds and energy efficiency while also reducing overall device sizes. Noteworthy players, in this field encompass Intel, Qualcomm and Texas Instruments.

Micromachining enables the creation of light parts used in aerospace technology including small connectors and intricate engine components that meet the industrys strict safety and weight standards successfully. The aerospace giants, like Boeing and Airbus harness this technique to continuously enhance and modernize their aircraft models.