Automatic mist lubrication device using air pressure[Features]·cooling effectIt has a high cooling effect on the cutting edge of the tool during drilling, tapping, and turning, which not only extends tool life but also prevents roughness of the finished surface and improves the machined surface.·economic effectWith flow-out cooling, a large amount of oil adheres to the cutting chips and is discarded, but by using mist cooling (spray cooling), it is possible to significantly reduce the amount of

Automatic mist lubrication device using air pressure[Features]·cooling effectIt has a high cooling effect on the cutting edge of the tool during drilling, tapping, and turning, which not only extends tool life but also prevents roughness of the finished surface and improves the machined surface.·economic effectWith flow-out cooling, a large amount of oil adheres to the cutting chips and is discarded, but by using mist cooling (spray cooling), it is possible to significantly reduce the amount of

Automatic mist lubrication device using air pressure[Features]·cooling effectIt has a high cooling effect on the cutting edge of the tool during drilling, tapping, and turning, which not only extends tool life but also prevents roughness of the finished surface and improves the machined surface.·economic effectWith flow-out cooling, a large amount of oil adheres to the cutting chips and is discarded, but by using mist cooling (spray cooling), it is possible to significantly reduce the amount of

Automatic mist lubrication device using air pressure[Features]·cooling effectIt has a high cooling effect on the cutting edge of the tool during drilling, tapping, and turning, which not only extends tool life but also prevents roughness of the finished surface and improves the machined surface.·economic effectWith flow-out cooling, a large amount of oil adheres to the cutting chips and is discarded, but by using mist cooling (spray cooling), it is possible to significantly reduce the amount of

Automatic mist lubrication device using air pressure[Features]·cooling effectIt has a high cooling effect on the cutting edge of the tool during drilling, tapping, and turning, which not only extends tool life but also prevents roughness of the finished surface and improves the machined surface.·economic effectWith flow-out cooling, a large amount of oil adheres to the cutting chips and is discarded, but by using mist cooling (spray cooling), it is possible to significantly reduce the amount of

Automatic mist lubrication device using air pressure[Features]·cooling effectIt has a high cooling effect on the cutting edge of the tool during drilling, tapping, and turning, which not only extends tool life but also prevents roughness of the finished surface and improves the machined surface.·economic effectWith flow-out cooling, a large amount of oil adheres to the cutting chips and is discarded, but by using mist cooling (spray cooling), it is possible to significantly reduce the amount of

Automatic mist lubrication device using air pressure[Features]·cooling effectIt has a high cooling effect on the cutting edge of the tool during drilling, tapping, and turning, which not only extends tool life but also prevents roughness of the finished surface and improves the machined surface.·economic effectWith flow-out cooling, a large amount of oil adheres to the cutting chips and is discarded, but by using mist cooling (spray cooling), it is possible to significantly reduce the amount of

Automatic mist lubrication device using air pressure[Features]·cooling effectIt has a high cooling effect on the cutting edge of the tool during drilling, tapping, and turning, which not only extends tool life but also prevents roughness of the finished surface and improves the machined surface.·economic effectWith flow-out cooling, a large amount of oil adheres to the cutting chips and is discarded, but by using mist cooling (spray cooling), it is possible to significantly reduce the amount of

Automatic mist lubrication device using air pressure[Features]·cooling effectIt has a high cooling effect on the cutting edge of the tool during drilling, tapping, and turning, which not only extends tool life but also prevents roughness of the finished surface and improves the machined surface.·economic effectWith flow-out cooling, a large amount of oil adheres to the cutting chips and is discarded, but by using mist cooling (spray cooling), it is possible to significantly reduce the amount of