The level of warmth input, and therefore the penetration, relies on a number of variables, most notably the quantity and speed of electrons impacting the workpiece, the diameter in the electron beam, and the journey speed. Larger beam current results in a rise in warmth input and penetration, although larger travel velocity decreases the quantity o
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The quantity of heat input, and so the penetration, depends on quite a few variables, most notably the selection and pace of electrons impacting the workpiece, the diameter from the electron beam, and also the journey speed. Higher beam present causes a rise in warmth enter and penetration, whilst higher travel speed decreases the amount of warmth