Article
A REVIEW ON MICROMACHINING OF HIGH STRENGTH MATERIALS WITH CARBIDE TOOLS
Metals can be machined at a microscopic level to produce small pieces. Micromachining for metal cutting has been thoroughly reviewed in this article. Understanding the mechanical behaviour of a specific material is critical to the success of party manufacturing. Material removal in micromachining and conventional machining is significantly different due to scale effects on tool geometry and workpiece materials. As a survey of recent microtool designs, materials, and fabrication methods, this work is presented. The effectiveness of Carbide tools is discussed, as well as new methods and strategies. The machining of hard materials and the accompanying process factors, such as internal cooling and surface patterning techniques, are of particular interest in this regard. The assessment concludes with proposals for an integrated design and fabrication process chain that can assist industrial microtool manufacturing.
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