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METHOD OF PRECISION DIAMOND PROCESSING OF HOLES BEARINGS, WEAR-RESISTANT COMPOSITE NICKEL-BASED FOR PRINTING MACHINES
METHOD OF PRECISION DIAMOND PROCESSING OF HOLES BEARINGS, WEAR-RESISTANT COMPOSITE NICKEL-BASED FOR PRINTING MACHINES
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机译：基于印刷机的耐磨复合镍基孔轴承的精密金刚石加工方法
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摘要
Method of precision diamond processing of holes bearings, wear-resistant composite nickel-based for printing machines for fine-grained grinding tools using coolant (coolant). Treatment of surface friction parts holes carry the grinding wheel based on synthetic diamonds (AC) 14-50 micron grit at bakelitno-rubber bond and surface treatment performed by such technological modes: rotation speed details - 35-40 m / min., Speed rotation diamond (AS) circle - 40-55 m / s, the speed of movement of the tool along the longitudinal axis of the hole surface treatment - 1.5-3.5 m / min. cutting depth - 5-20 microns.
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机译：孔轴承的精密金刚石加工方法，用于印刷机的耐磨复合镍基，用于使用冷却剂（冷却剂）的细粒度研磨工具。表面摩擦零件的处理孔带有在磨光作用下以14-50微米的人造金刚石（AC）砂砾磨成的砂轮，并通过以下工艺模式进行了表面处理：转速详细信息-35-40 m / min。，转速旋转金刚石（AS）圆-40-55 m / s，刀具沿孔表面纵轴的运动速度-1.5-3.5 m / min。切割深度-5-20微米。
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