High Speed Drilling and Tapping using the Technique of Spindle Through MQL Supply

Y. Saikawa, T. Ichikawa, Tojiro Aoyama, T. Takada

Research output: Contribution to journalArticle

6 Citations (Scopus)

Abstract

The minimal quantity lubrication (MQL) technique is used in cutting processes in order to reduce the environmental pollution caused by cooling lubricants. In the usual case of MQL cutting, the oil mist is supplied to the cutting area by external supply nozzles. In the case of a high speed cutting process, however, the high speed peripheral air flow prevents the oil mist from reaching the cutting area. The spindle through coolant supply method gives a good solution to this problem. However, the small oil drops could stick to the inside of the rotating duct, separated from the air flow during high speed spindle rotation exceeding 10000 rpm, and do not reach the cutting point unless the spindle speed is reduced. In this study, a new spindle through lubricant supply system for MQL high speed cutting was developed and installed in a high speed spindle system. The performance of the developed system was evaluated by carrying out high speed drilling and tapping operations for aluminum alloy.

Original languageEnglish
Pages (from-to)559-564
Number of pages6
JournalKey Engineering Materials
Volume257-258
Publication statusPublished - 2004

Fingerprint

Lubrication
Drilling
Oils
Fog
Lubricants
Air
Coolants
Ducts
Aluminum alloys
Nozzles
Pollution
Cooling

Keywords

  • Environment
  • Machining
  • MQL
  • Spindle

ASJC Scopus subject areas

  • Ceramics and Composites
  • Chemical Engineering (miscellaneous)

Cite this

High Speed Drilling and Tapping using the Technique of Spindle Through MQL Supply. / Saikawa, Y.; Ichikawa, T.; Aoyama, Tojiro; Takada, T.

In: Key Engineering Materials, Vol. 257-258, 2004, p. 559-564.

Research output: Contribution to journalArticle

Saikawa, Y. ; Ichikawa, T. ; Aoyama, Tojiro ; Takada, T. / High Speed Drilling and Tapping using the Technique of Spindle Through MQL Supply. In: Key Engineering Materials. 2004 ; Vol. 257-258. pp. 559-564.
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