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Dimensional accuracy studies of copper shells used for electro-discharge machining electrodes made with rapid prototyping and the electroforming process

机译:快速成型和电铸工艺制成的用于放电加工电极的铜壳的尺寸精度研究

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摘要

Within the framework of forging, production implementations lead to creation of specific tools. Generally, the electro-discharge machining (EDM) process is used to create forms in matrices that cannot be machined. Then manufacturing problems are transferred on electrodes. However, rapid prototyping (RP) brings new solutions in the tool creation field. Thus, many and original ways to obtain electrodes have been developed. This work deals with the dimensional accuracy of electroplated copper electrodes on positive shape. We demonstrate that because of their lack of dimensional performances, electrodes obtained with this process are not satisfactory for industrial use. However they remain interesting for their short manufacturing time, as well as for outline phase. These electrodes can be interesting for machining matrices of parts requiring only beautiful appearance.
机译:在锻造的框架内,生产实施导致创建特定的工具。通常,放电加工(EDM)工艺用于在无法加工的矩阵中创建表格。然后将制造问题转移到电极上。但是,快速原型(RP)在工具创建领域带来了新的解决方案。因此,已经开发了许多原始的获得电极的方法。这项工作涉及正极形状的电镀铜电极的尺寸精度。我们证明由于缺乏尺寸性能,用这种方法获得的电极不能令人满意地用于工业用途。但是,它们对于制造时间短以及轮廓阶段仍然很有趣。这些电极对于仅需要美观外观的零件的机加工矩阵可能会很有趣。

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