Page 17 - FAST FEED MILL Brochure_metric 2022

FFT3 WXMT 03 IC S
Single-Sided Small Trigon Rd°
Inserts for Fast Feed Milling

RE 17˚
APMX

Dimensions Tough 1 Hard Recommended Machining Data

IC882 IC830 IC5820 IC808 ap fz
Designation IC S RE APMX (mm) (mm/t)
FFT3 WXMT 030206T 4.20 2.20 0.60 0.60 • • • • 0.20-0.60 0.20-0.80
• For side plunging, the initial cutting feed is 0.08 mm/t

Recommended Machining Conditions for FFT3-03 Fast Feed Endmills
Workpiece material
ISO class ISCAR Typical materials Cutting
DIN/ISO mat. Hardness, AISI/SAE/ Carbide D.O.C. speed vc Feed
513 Description group* HB ASTM DIN W.-Nr. grade ap (mm) (m/min) fz (mm/tooth) Coolant
IC808 120-200 0.30-0.80
Non-alloy steel 1-5 130-180 1020 1.0402
IC830 110-180 0.30-0.80
IC808 100-180 0.30-0.70
6-8 260-300 4340 1.6582
Low alloy steel IC830 90-160 0.30-0.70
P 9 HRC 3135 1.5710 IC808 0.20-0.60 100-160 0.30-0.60 Dry/Wet
35-42** IC830 90-150 0.30-0.60
IC808 80-150 0.30-0.60
High alloy steel 10-11 200-220 H13 1.2344
IC830 70-140 0.30-0.60
Ferritic/martensitic 12-13 200 420 1.4021 IC808 80-150 0.30-0.60
stainless steel IC830 70-140 0.30-0.60
IC830 80-120 0.20-0.60
Austenitic
M 14 200 304L 1.4306 IC5820 0.20-0.60 100-160 0.20-0.50 Dry
stainless steel
IC882 80-130 0.20-0.50
K Gray cast iron 15-16 250 Class 40 0.6025 (GG25) IC808 0.20-0.60 150-200 0.30-0.60 Dry
Nodular cast iron 17-18 200 Class 65-45-12 0.7050 (GGG50) IC808 140-180 0.30-0.60
IC882 20-30 0.20-0.40
IC5820 25-35 0.20-0.40
33-35 340 Inconel 718 2.4668
IC808 25-35 0.20-0.40
S High temperature IC830 0.2-0.50 25-30 0.20-0.40 Wet
alloys and Titanium IC882 25-35 0.20-0.50
3.7165 IC5820 25-40 0.20-0.50
36-37 HRC 30-32 AMS R56400
(Ti6Al4V ELI) IC808 25-35 0.20-0.50
IC830 20-30 0.20-0.50
Hardened steel 38 HRC 45-49 HARDOX 450 plate 50-75 0.20-0.40
H Chilled cast iron 40 400 Ni-Hard 1 0.9625 IC808 0.20-0.50 80-100 0.20-0.50 Dry/Wet
Hard cast iron 41 500 A532 IID 0.9645 50-75 0.20-0.40
* ISCAR material group in accordance with VDI 3323 standard
** Quenched and tempered
For machining under unstable conditions, the recommended cutting data should be reduced by 20-30%

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