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Increasing energy efficiency for welding

机译:提高焊接能效

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Engineers and industrial planners agree that energy efficiency is critical for industrial progress. Among welding operators, energy efficiency goes well beyond the electrical characteristics of the process: it has come to include the manufacturing process as a whole. This is particularly relevant to upstream and downstream work processes. To be as energy-efficient as possible, welding processes must reduce spatter, achieve high weld speed, and significantly improve gap "bridgeability," while offering controllable heat input. Fronius (www.fronius.com) provides three intelligent and practical solutions — cold metal transfer (CMT), LaserHy-brid, and DeltaSpot, the spot welding process — that improve efficiency and offer a quick return on investment.
机译:工程师和工业计划人员一致认为,能源效率对工业进步至关重要。在焊接操作人员中,能效远远超出了过程的电气特性:它已包含了整个制造过程。这与上游和下游工作流程特别相关。为了尽可能节能,焊接过程必须减少飞溅,实现高焊接速度,并显着提高气隙的“桥接能力”,同时提供可控制的热量输入。 Fronius(www.fronius.com)提供三种智能且实用的解决方案-冷金属转移(CMT),LaserHy-brid和点焊工艺DeltaSpot,它们提高了效率并提供了快速的投资回报。

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