These methods use thermal energy to melt, vaporize, or chemically erode the material.
Growing dominance of hybrid processes that combine thermal and electrochemical methods for better efficiency.
Non-conventional machining processes do not use conventional cutting tools (like drills or lathe bits) for material removal. Instead, they utilize direct energy sources—mechanical, thermal, chemical, or electrical—to remove material at the atomic or molecular level.
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These methods use thermal energy to melt, vaporize, or chemically erode the material.
Growing dominance of hybrid processes that combine thermal and electrochemical methods for better efficiency.
Non-conventional machining processes do not use conventional cutting tools (like drills or lathe bits) for material removal. Instead, they utilize direct energy sources—mechanical, thermal, chemical, or electrical—to remove material at the atomic or molecular level.