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Dedicated Cutters Recommended Cutting Conditions

Machining by Pinpoint Gate Cutter

Model Number
C-PGSRC
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Model Number
C-PGC / C-PGTC

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Gate Machining by Submarine Gate Drill

Model Number
C-SMGC / C-SMBGC / C-SMEGC

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Cutting with an O-Ring Groove Cutter

● Use a machine and chuck that have rigidity and high accuracy.
● Select cutting oil suitable for the work material.
● Use F-RGC at feed rates of 50% of the criteria listed below.

Model Number
H-RGC / F-RGC

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Machining by Pinpoint Gate Cutter

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Model Number
PGSRC / PM-PGSRC

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Model Number
PGC / PM-PGC

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Model Number
PGTC / PM-PGTC

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Gate Machining by Submarine Gate Drill

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Model Number
SMGC / PM-SMGC / SMBGC / PM-SMBGC / SMEGC / PM-SMEGC

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Inverse Taper Machining by Sprue Runner Lock Cutter

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● The following table shows machining conditions when applying gradient to side surfaces.
● With the C-BTEMH, halve the feed rates in the table below when machining.

Model Number
BTEMH / C-BTEMH

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Groove Cutting with a Carbide Biting Cutter

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● This table was made based on an Ad (cut depth) of 0.5 to 1.0 D.
● Use a machine and chuck that have rigidity and high accuracy.
● Select cutting oil suitable for the work material.
● If the rotational speed does not increase with your machine, lower the feed rate and rotational speed at the same ratio.
● For fraction sizes of flute diameter D, refer to the larger of the number values.

Model Number
SVKEM / SVKWC

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Cutting with a T-Slot Cutter

Model Number
TSC / LTSC

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Groove Cutting with a High-Speed Steel End Mill Straight Blade

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● This table was made based on an Ad (cut depth) of 0.5 D.
● Use a machine and chuck that have rigidity and high accuracy.
● Select cutting oil suitable for the work material.
● Cutting conditions also change when the blade portion is shape-processed. So adjust the optimum cutting conditions by referring to the following.

Model Number
SEMH

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Side-Cutting with a High-Speed Steel End Mill Straight Blade

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● This table was made based on an Rd (cut width) of 0.1 D and an Ad (cut depth) of 1.5 D.
● Use a machine and chuck that have rigidity and high accuracy.
● Select cutting oil suitable for the work material.
● Cutting conditions also change when the blade portion is shape-processed. So adjust the optimum cutting conditions by referring to the table below.

Model Number
SEMH

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Cutting with a High-Speed Steel Countersink Cutter

Model Number
CTB

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Cutting with a Trapezoid Runner Grooving End Mill

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● This table was made based on the machining conditions in the figure above.
● Use a machine and chuck that have rigidity and high accuracy.
● Select cutting oil suitable for the work material.
● If the rotational speed does not increase with your machine, lower the table feed rate and rotational speed at the same ratio.
● TS and XAL coating allows both the feed speed and rotational speed to be increased up to x 150 % in the following conditions.


Model Number
F-RTREM / RTREM

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Cutting with a Tapered Bore Runner Grooving End Mill

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● Use a machine and chuck that have rigidity and high accuracy.
● Select cutting oil suitable for the work material.
● If the rotational speed does not increase with your machine, lower the table feed rate and rotational speed at the same ratio.

Model Number
RTBEM

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Cutting with a Back Countersink Mini Chamfer

Model Number
ZEON3S / ZEON3L

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●Feed rate of tool (mm/min) : F = f x Z x N x (d-D) / d
f : Feed per blade (mm) Z : Number of flutes (No. of grooves) N : Rotation speed (min-1) D : Flute diameter (mm) d : Machining diameter (mm)