Wheel must be used with safety guards. The actual rotational axis of the wheel and its axis of rotation through the center of mass deviation from parallel state called static unbalance wheel. This is usually due wheel uneven density, both ends of the hole and the surface is not parallel or coaxial cylindrical deviation has caused.
2013年10月9日星期三
Three ultra-high speed grinding of advanced technology in an advanced processing technology
Ultra-high speed grinding technology has been hailed as the "modern grinding peak ," has been listed as the International Institute of Production Engineering Center for the 21st century development. Ultra- high-speed point grinding technology is another new ultra high speed grinding applications forms , is a flexible CNC machining technology , CBN super abrasive , ultra high speed grinding three Abrasive grinding in an advanced processing technology . Ultra- high-speed ceramic CBN wheel technology is abrasive wheels grinding one of the key points , vitrified CBN grinding wheel because of its excellent performance and production process of the green, environmental protection , energy saving, low power consumption is recognized as a high-speed, high efficiency, high fine, low cost, low Diamond blade , high-performance wheels, racing around the world in recent years, the development of hot spots. This article from the ultra high-speed point grinding mechanism analysis start point for ultra high speed CBN wheel grinding ceramic structural characteristics , in accordance with the grinding theory and synthetic material preparation
Principle , its components and their key technologies, manufacturing processes for a more systematic research , and research and development of ultra- high-speed point grinding wheel grinding performance conducted experiments . Concludes the paper , outlining the ultra-high speed grinding technology and its theoretical research areas of development history. Systematically discusses the ultra high-speed ceramic CBN grinding wheel superiority and development at home and abroad .
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