Recommended Cutting Conditions for Side Plunging

Plunging Cycle: Step 1- Plunge in (axially-Z direction) Control movement

Step 2- Back stroke (rapid) at an Rapid movement β

β - Exit angle from the material angle b≥2° Step 3- Move to the next cycle

TANGPLUNGE - SIDE PLUNGING

Workpiece Material

ISO

classTypical RepresentativeInsert Carbide
DIN/ISCARHTPgradeCutting
ISOmat.AISI/SAE/Hardness,LN…forspeed Vc,Feed Fz,
513Descriptiongroup*ASTMDIN W.-Nr.HBtypeinsertsm/minCoolant mm/t
Non-alloy steel410601.1221180-20080-1300.12-0.15
Low alloy steel843401.6582260-300IC830/80-1200.1-0.15
Air blow
Low alloy steel931351.571HRC 35-40**IC92880-1200.08-0.15
P…ER
High alloy steel10H131.2344200-22080-1000.08-0.12
IC830/
Martensitic s.s.124201.4021200IC330/80-100Air blow/wet 0.08-0.12
IC328
IC830/
MWet
Austenitic s.s.14304L1.4306200…ERIC330/60-800.08-0.1
(emulsion)
IC328
Grey cast iron16Class 400.6025 (GG25)250IC810/150-2000.12-0.2
K…ERAir blow
Nodular cast iron17Class 65-45-12 0.7050 (GGG50)200IC910100-1800.1-0.17
Ni-based HTSA34Inconel 7182.4668350IC328/20-25Wet 0.07-0.1
S…ER
Ti alloys 37Ti6Al4V (Grade 5)3.7164HRC 34-36IC33035-40(emulsion) 0.07-0.1
HIC808/
Hardened steel3843401.6582HRC 45 max …ETR70-100Air blow 0.08-0.1

IC908 The table data refers to a cutter overhang of up to 4D (D-the diameter of a cutter) * ISCAR material group in accordance with VDI 3323 standard ** Quenched and tempered

Table 1: L1 as a Function of the Width of Cut and Cutter Diameter • L1max = 2x Dxae-ae 2

L1- Side step over ae ae- Width of plunge

L1

ae -Cutter Diameter (mm)
Width of Plunge5052636680100
(mm)L1max - Step (effective diameter)
114.014.315.7516.117.819.9
323.824.326.827.530.434.1
530.030.634.034.938.743.6
632.533.237.037.942.147.5
734.735.539.640.645.251.0
836.637.541.943.048.054.3
938.539.343.1045.350.557.2
1040.041.046.047.352.960.0
1141.442.547.849.255.162.6
1242.743.849.550.957.165.0
1343.845.051.052.559.067.3
14--52.453.960.869.4