Low feed

Low feed rate and sufficient chip evacuation improve the stability and service life of the process.

Feed rate should be increased only if improved evacuation is needed to prevent wall scratches or chip tangles.

In order to separate, the feed rate was reduced by 30% when R/L insertion was used.

During the separation, it is recommended to reduce the feeding amount by 50% as a rotation center of the insertion mode.

Reduce the feed when the insert method is close. 6.0 mm diameter.

In order to better get the chip out to the groove of the face, creating a short chip is preferable. Therefore, it is recommended to work (pecking) within a short time interval, and the maximum slotting depth is twice as long as the insertion width.

Considering the workpiece material and the groove diameter, it is recommended to start the first cut with no more than the insertion width.

The correct chip formation is critical to the evacuation of the chip.

Low feed rate and sufficient chip evacuation improve the stability and service life of the process.

Feed rate should be increased only if improved evacuation is needed to prevent wall scratches or chip tangles.

In order to separate, the feed rate was reduced by 30% when R/L insertion was used.

During the separation, it is recommended to reduce the feeding amount by 50% as a rotation center of the insertion mode.

Reduce the feed when the insert method is close. 6.0 mm diameter.

In order to better get the chip out to the groove of the face, creating a short chip is preferable. Therefore, it is recommended to work (pecking) within a short time interval, and the maximum slotting depth is twice as long as the insertion width.

Considering the workpiece material and the groove diameter, it is recommended to start the first cut with no more than the insertion width

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