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Spiralförmige Interpolation

Für Schaftfräsanwendungen

Unit

Input Data

D_c Effective cutting diameter: in. mm

z Number of inserts/cutter:

f_z Chip load per tooth: ipt. mm

V_c Cutting speed: sfm. m/min

K_r Lead angle: °

D_r Rough diameter of work piece: in. mm

D_f Finished dia. forwork piece: in. mm

a_ps Starting axial depth of cut: in. mm

Circular Interpolation; enter axial depth of cutfor one circular revolution.
Helical Interpolation; enter axial depth of cut (if needed) at start - before helical move.

a_ph Z-axis depth for one helical revolution (circular = 0): in. mm

C_m Number of circular/helical tool path revolutions:

Berechnen

Calculated Values

Using current input - Data results are for: External Helical Interpolation

Total Z-axis depth: in. mm

Stock removal depth: in. mm

a_eRadial width of cut: in. mm

Calculated radial width of cut
Internal Interpolation; this number will be larger than stock removal depth.
External Interpolation; this number will be smaller than stock removal depth.

a_p Axial depth for one circular/helical revolution: in. mm

Calculated value of axial depth of cut for one circular or helical revolution.

Length of one circular/helical revolution: in. mm

Calculated value for length of one circular or helical revolution.

Ramp angle at finished diameter of work piece: °

Ramp angle at rough diameter of work piece: °

f_n Advance: ipr. mm/min

n Spindle speed: rpm.

V_fe Actual Feed rate-IPM at cutting-edge: ipm.

V_fc Programmed Feed rate-IPM at centerline: ipm. mm/min

Actual chip thickness: in. mm

Q_z Metal removal rate: in³/min. mm³/min.

These calculations are based upon theoretical values and are only intended for planning purposes. Actual results will vary. No responsibility from Kennametal is assumed.

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COVID-19: Wie WIDIA reagiert

Spiralförmige Interpolation

Für Schaftfräsanwendungen

Input Data

Calculated Values

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