Thermal Machining ProcessesSociety of Manufacturing Engineers, Marketing Services Department, 1979 - Technology & Engineering - 252 pages |
Contents
THERMAL NONTRADITIONAL MACHINING | 3 |
DEBURRING WITH | 19 |
PLASMAARC CUTTING AND PUNCHING MACHINE IMPROVES PRODUCTIVITY FOR FABRICATORS | 39 |
Copyright | |
11 other sections not shown
Common terms and phrases
aluminum applications blank burrs carbide carbon carbon dioxide laser carburetor cavity CO2 laser components contour conventional copper cost cutting rates cutting speed deburring diameter die sections dielectric edge EDM machines elec electrical discharge machining electrode energy Engineering equipment finish flow focused graphite grinding hardened heat heat-affected zone hole inch Jet Assisted kerf laser beam laser cutting laser marking laser power laser system Laser Wire lens machine tool manufacturing material removal mechanical melting metal cutting method mode molten MOTOR N/C EDM Nd-YAG laser nozzle numerical control operation optical orifice output overcut oxygen particles plasma plasma cut plasma-arc plate position power density power supply produce pulse punch Q-switched range removal rate rotating sheet metal spark stainless steel stripper surface tape techniques thermal thick thin tion titanium tube tungsten valve vapor voltage watts welding wire EDM Wire Stripper workpiece