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ORDERLY-MICRO-GROOVED PCD GRINDING WHEEL FOR POSITIVE RAKE ANGLE PROCESSING AND METHOD FOR MAKING SAME

机译:用于正前角加工的有序微槽PCD磨削轮及其制造方法

摘要

Disclosed are an orderly-micro-grooved PCD grinding wheel for positive rake angle processing and a preparation method thereof. A PCD film is deposited on the outer circumferential surface of a wheel hub, and a plurality of microgrooves with high depth-width ratio and micro-grinding units with positive rake angles are orderly provided on the outer circumferential surface of the entire PCD film. The method includes: depositing the PCD film on the outer circumferential surface of the wheel hub by a HFCVD technique; and manufacturing a plurality of microgrooves with a high depth-width ratio (circumferential width: dozens of micrometers; depth: hundreds of micrometers) and an axial length that is equal to the thickness of the grinding wheel and a plurality of micro-grinding units with positive rake angles on the outer circumferential surface of the entire PCD film by water-jet guided laser technique, where the micro-grinding units and the microgrooves are orderly arranged.
机译:本发明公开了一种用于正前角加工的有序微沟槽PCD砂轮及其制备方法。在轮毂的外周表面上沉积PCD膜,并且在整个PCD膜的外周表面上有序地设置多个具有高深宽比的微沟槽和具有正前角的微研磨单元。该方法包括:通过HFCVD技术在轮毂的外周表面上沉积PCD膜;制造具有高深宽比(周向宽度:几十微米;深度:数百微米)和等于磨轮厚度的轴向长度的多个微槽,以及多个微槽,通过水射流引导激光技术在整个PCD膜的外圆周表面上形成正前角,其中微研磨单元和微沟槽有序排列。

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