Electrochemical machining (ECM) is a contemporary electrochemical energy-based
machining practice that has widely been attempted for the productive processing of a vast …

This article on 'Micro-machining: An Overview (Part II)'is in continuation to 'Micro-machining:
An Overview (Part I)'published in this journal (Journal of Micromanufacturing). It consists of …

Electrochemical machining (ECM) suffers from high process complexity including the design
of tool shape, tool insulation, and electrolyte flow, which are inevitable to achieve precision …

With the developments of technologies, the demand for small parts increases rapidly in
many fields, especially when metal microstructure is essential in some small parts …

Metallic narrow grooves with high aspect ratio, referred to here as deep narrow grooves
(DNGs), are used widely in precision instruments, medical devices and other industries …

Improving material removal rate and surface quality are the key issues in macro-electrolyte
jet machining. The current density of the workpiece surface significantly influences material …

Zr-based bulk metallic glasses (BMGs) have many unique properties. Due to their excellent
performance and manufacturing process, they have become a research focus in the material …

Titanium alloys are widely used in aerospace and biomedicine because of their excellent
mechanical characteristics, but these properties also make such alloys difficult to cut. Jet …

Electrochemical machining (ECM) is a promising method for processing the leading and
trailing edges of the blades that are composed of nickel-based superalloys (Inconel 718) …

Reducing pulse duration is the sole effective strategy to improve the processing accuracy in
ultra-short pulse electrochemical microfabrication. High cost and unsuitability in practical …