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Improved Quality contact-free process induces heat in the product without touching it, reducing reject rates.
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Minimized Distortio site-specific process delivers heat exactly where it is needed and as rapidly as needed, so other parts are not exposed to distortion.
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Maximized Productivity instantaneous heat allows for increased production and reduced distortion.
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Environmentally Sound clean, non-polluting process produces no smoke, waste heat, noxious emissions,or noise.
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Accuracy of dosage This is the most important advantage of induction heating. The supplied heat may be adjusted independently and in closest boundaries with respect to the fluctuations of the current supply or the like. Any temperature gradients can be copied by application of the pyrometer (measurement of the temperature by infrared radiation) and a temperature regulator.
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Less Scale Formation faster heating rates reduce scaling losses in most forging applications.
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Selective Heating you can heat selected portions of the work piece without having to heat up the whole piece.
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Energy Savings from a Faster Startup - since you don't need to heat refractory materials found in traditional furnaces, startup is quicker.
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Labor Savings furnace operator labor costs may be reduced by using automated handling equipment and controls.
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Increased Profits increased revenue due to efficient, faster heating and shorter cycle times.
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Uniform quality Since the characteristics mentioned above cause a local delimitation of the heating process, exact dosage, large operating speed and no deformation of the workpiece, the products are characterized by uniform continuity and quality.
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Small space requirement in comparison to conventional heating methods.
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