阐述了电解磨削硬质合金刀具的原理、特点及工艺。
This paper introduces the principle characteristic and the technological of electrolytic grinding working hard alloy cutter.
为了对金属结合剂砂轮电解修整，研究并配制了电解磨削液。
In order to electrolyze dressing grinding wheel of metal binding agent, the electrolytic grinding fluid is developed.
为了解决硬质合金的加工难题，进行了数控电解磨削加工硬质合金的试验研究。
To solve the problem of machining problem of carbide alloy, the research on CNC electrochemical grinding was done.
结果表明 ，数控展成电解磨削工艺的加工精度和表面粗糙度可满足整体叶轮的技术要求。
The test result is that this kind of technology can meet the machining requirements of the integral impeller surface.
阐述了电解磨削硬质合金刀具的原理、特点及工艺。并对其工艺机理及影响因素进行了探讨。
This paper introduces the principle characteristic and the technological of electrolytic grinding working hard alloy cutter. The technological principle and the effectors are investigated.
确定最佳电解磨削液在实际系统中对金属结合剂砂轮进行电解修整得到了较为满意的修整结果。
In the actual system, the grinding wheel of metal binding agent is electrolytically dressed with the determined optimum electrolytic grinding fluid and the satisfied dressing result is obtained.
确定最佳电解磨削液在实际系统中对金属结合剂砂轮进行电解修整得到了较为满意的修整结果。
In the actual system, the grinding wheel of metal binding agent is electrolytically dressed with the determined optimum electrolytic grinding fluid and the satisfied dressing result is obtained.
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