Titlebook: Servo Scanning 3D Micro Electro Discharge Machining; Principles and Metho Hao Tong,Yong Li Book 2023 The Editor(s) (if applicable) and The

铁塔等

在前面

Array SS-3D Micro EDM by Using Array Tool Electrodes,ay reverse copying, and tool electrodes’ end trimming. 9-array tool electrodes with .80 μm in diameter and 600 μm in length are obtained. Furthermore, the proposed process is verified by several machining experiments for achieving 9-array hexagonal micro cavities with top-side length of 300 μm, bott

Banquet

Hybrid Process of SS-3D Micro EDM and Scanning 3D Micro ECM,o EDM to scanning 3D micro ECM. Typical 3D micro cavities of square cavity and spherical crown cavity are machined to verify the feasibility of the hybrid process. The experimental results show that the hybrid process can improve the machining accuracy and efficiency.

maroon

SS-3D Micro EDM Applied in Machining Pierced Micro Structures of TiNi Alloy Tube,nning, 3D NC codes generation, and 3D micro EDM. The emphasis is focused on the methods for planning scanning paths and generating CNC codes considering the special 3D micro structures. Using the planned complementary scanning paths, the processing stability is improved for successfully machining th

APNEA

有组织

s for engineering applications in industrial machining proceThis book provides the systematic knowledge of a novel process of servo scanning 3D micro-electro-discharge machining (SS-3D micro-EDM), covering principles, methods, technologies, and optimization for machining 3D microstructures of conduc

ARY

IVORY

3D CAD/CAM System,sual CAD/CAM system applied in CNC milling is not suitable considering the particularity wear compensation of tool-electrode and processing control. A 3D CAD/CAM system is designed and developed by combining Pro/Engineer (Pro/E) software and a post-processing software. The method of double-loop buff

水槽

Blemish

Servo Control of Micro Discharge Gap,trol in SS-3D micro EDM is more complex than that in die-sinking EDM or drilling EDM. In previous research, the selection of servo control speed and scanning speed depended on a large number of trial and error experiments, lacking of an efficient and accurate selection method. In this chapter, based