High-tech applications demand precision machined components, parts, and products. This need for micromachining has affected all industries such as medical, aerospace, automotive, defense, electronics, semiconductor, and telecommunications.
The medical industry requires the use of exotic plastics and metals that have higher success scores than traditional materials. Below are some of the medical applications for micromachining:
Ultra precision components and micromachining are critical to the aerospace industry. Here are some common applications used in the aerospace industry.
The automotive, and supporting trucking, boating, and ATV markets, also rely on micromachining partners to provide exact precision and micro-milling capabilities. Micromachining is critical to the manufacturing of the following automotive applications.
Micromachining for the defense industry can be limitless. Short run prototypes allow for excellence in engineering.
The semiconductor market needs micro machined assemblies, components, switches, fuses, and chips. These products may require micromachining work to be as small as .001 inch in diameter. As technology advances, micromachining will become even more important for these industries. Below are some of the products manufactured through the micromachining process:
The electronics market needs micro machined assemblies, components, switches, fuses, and chips. These products may require micromachining work to be as small as .001 inch in diameter. As technology advances, micromachining will become even more important for these industries.
The telecommunications market needs micro machined assemblies, components, switches, fuses, and chips. These products may require micromachining work to be as small as .001 inch in diameter. As technology advances, micromachining will become even more important for these industries. Below are some of the products manufactured through the micromachining process:
