Effects of Oil-Mist Supply on Tool Wear at High-Speed Milling

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Effects of Oil-Mist Supply on Tool Wear at High-Speed Milling

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Oil-mist lubrication system supplies very small quantity of oil with compressed air to endmill from a nozzle. Vegetable oil without any harmful substance is used in this paper. Thus troubles such as environmental pollution or deterioration of working environment caused by using large amount of cutting fluid are hardly caused by using this lubrication method. In this paper, this oil-mist lubrication is applied to high-specd milling of S45C steel in which cutting speed is over 2000 m/min. Then effects of its lubrication on tool wear are discussed. As a result of cutting tests, by using proposed oil-mist lubrication, tool wear becomes small compared with the case of no lubrication if cutting speed is lower than 750 m/min under the settled cutting conditions. It was also clarified that oil-mist supplying position affects tool wear. Tool life becomes longest when oil-mist is supplied at the disengage point in milling. And tool wear suppression effect of oil-mist becomes larger if the quantity of oil supplied from the pump increases up to 0.5mL/min. But tool wear rate doesn't become small if more quantity of oil-mist is supplied.

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《精密工学会誌》 |2000年第6期|80-84|共5页
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中图分类机械制造工艺;
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cutting; tool wear; minimum quantity lubrication; oil-mist lubrication; high-speed milling; MQL;

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Effects of Oil-Mist Supply on Tool Wear at High-Speed Milling

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