Meterial	Cutting Speed	Feed (according To Insert Radius) =fn(mm/rotation)			ap=0.1 - 0.3
		R=0.2	R=0.4	R=0.8
Non-alloyed steel	150-250	0,04-0,08	0,07-0,1	0,08-0,15
Alloyed steel	100-200	0,04-0,08	0,07-0,1	0,08-0,15
Stainless	100-150	0,04-0,08	0,1-0,15	0,1-0,15
Cast	90-140	0,05-0,08	0,08-0,15	0,08-0,15
Aluminum	200-300	0,04-0,08	0,05-0,7	0,08-0,2
Heat-resistant steel	80-120	0,03-0,08	0,04-0,05	0,05-0,07

NOTE 1 : For the calculations giving a value greater than 6000rpm as aresult of the above rotation calculation (n), n=6000 rpm is based.

NOTE 2 : The processing speed should be reduced by 20% and 40%, respectively, if processing depth increases up to four times and 6-7times of processing diameter.

VC : Cutting Speed D : Processing diameter n : Rotation Vf : Cutting feed fn : (mm/rotaion) π : 3,14		Vc = π.D.n/1000 n =Vc.1000/ π.D Vf = n.fn
		(L/D > 4) -> Vc= Vcx0.8 (L/D > 6) -> Vc= Vcx0.8
Example	D = Ø12 H7 L = 30 n = 3800 rpm VC = 140 Vf = 300 mm/min (R0,4) Material GG20
Example	D = Ø 55 L = 220 n = 1389 rpm Vc = 300x0,8 (L/D>4) Vf = 120 mm/min (RO, 4 uç için) Material Al.
Example	D = Ø 30,5 L = 100 n = 2500 rpm Vc = 240 Vf = 180 mm/min (RO, 4 / ap=0,03) Material CK45