NON-TRADITIONAL MACHIHING
Classification of the mechanical processes
Non-traditional machining processes can be classiffied into various groups according to the type of fundamental machining they employ, namely, mechanical, electrical, chemical, electro-chemical, thermo-electrical, etc. The classification of the machining processes based upon the type of energy used, the mechanism of metal removal in the process, the source of immediate energy required for material removal, and the medium for transfer of those energies, etc.
1. Mechanical
1. Abrasive jet machining
2. Ultrasonic machining
2. Chemical
1. Chemical machining
3. Electro-chemical
1. Electro-chemical machining
2. Electro-chemical grinding
4. Thermo-Electric
1. Ion-Beam machining
2. Plasma arc machining
3. Electrical discharge machining\
4. Electrical-Beam machining
5. Laser-Beam machining
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ReplyDeleteGreat post on non-traditional machining! It’s fascinating how far these methods have come beyond basic CNC work. I’m particularly interested in how technologies like laser ablation and waterjet cutting are being integrated into industrial PCB manufacturing. By moving away from standard subtractive methods, these techniques offer incredible precision for complex, miniaturized circuit designs while reducing mechanical stress on delicate substrates. It’s a total game-changer for high-density interconnects and rapid prototyping. Embracing these advanced processes is definitely the future for anyone serious about staying competitive. Thanks for highlighting such a critical evolution in the field; it’s really impressive stuff!
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