0,25 0,75 1,25 1,75 2,25 0,5 1,0 1,5 2,0 2,75 2,0 0,5 0,75 1,0 1,25 1,5 1,75 IC ap r3D RE Ø DCX X B X ae max. αR 360° D XOLX 12 DCX Dmin. Dmax. α R max. mm mm mm ° 32 44 62 6,1° 35 50 68 3,7° 40 60 78 2,5° 42 64 82 2,3° 50 80 98 1,3° 52 84 102 1,3° 63 106 124 0,9° 66 112 130 0,9° 80 140 158 1,1° 100 180 198 0,6° DCX Xmax. α R max. mm mm ° 32 1,15 7,2° 35 4,4° 40 2,9° 42 2,7° 50 + 52 1,5° 63 + 66 1,1° 80 1,3° 100 0,7° Cutting depth and remaining material Cutting width for flat surfaces Cutting depth when plunging IC in mm RE in mm ap max. in mm DCX in mm X in mm B in mm ae max. in mm fz in mm X initial min. max. 12 1,0 2 32–100 DCX–(2 x B) 8,3 10 0,15 0,10 0,20 <0,7 x DCX System HFC-12 circular Helical plunging (helical plunging into solid material) axial Angled Plunging Machining strategy Programmed radius R = 3 mm Starting Parameter fz in mm ap in mm Material Inserts vc in m/min Cooling Steel P.2.2 40CrMnMoS 8-6 XOLX120410SR-M50 CTPP235 200 Dry Stainless steel M.1.1 X6CrNiMoTi 1712 2 XOLX120410ER-M50 CTPM240 180 Dry Cast iron K.1.1 EN-GJL-250 (GG25) XOLX120410ER-M50 CTCK215 250 Dry Heat-resistant S.2.2 Inconel 718 XOLX120410ER-F40 CTC5240 35 Emulsion → Find detailed information on cutting speeds for each cutting material here. 193 From vc > 400 m/min, the tool must be balanced! Milling tools with indexable inserts Technical Information
