d1	d2	l1	l2
2,00	2,00	28	-

Coolant holes	Cut	Point angle	Spiral angle	Cutting edges Z
No	Right	90°	0°	2

Machinable Materials
Coated	Coating type	Material	Material type	Norm
Yes	TiAIN	MD	SMG 10	TUSA

Cod.	Material type	Machinability	Cutting speed Vc	Advancement per revolution fn
		Recommended Part. recommended Not recommended	(m/min)	(mm/rev)
	Unalloyed steels up to 800 N/mm2		40 : 60	0,01 - 0,03
	Low alloy steels from 800 N/mm2 to 1100 N/mm2		30 : 50	0,01 - 0,02
	Highly alloyed steels from 1100 N/mm2 to 1400 N/mm2		20 : 40	0,003 - 0,01
	Ferritic stainless steels		20 : 40	0,003 - 0,01
	Martensitic stainless steels		20 : 40	0,003 - 0,01
	Martensitic stainless steels - PH		20 : 40	0,003 - 0,01
	Austenitic stainless steels		20 : 40	0,003 - 0,01
	Gray/lamellar cast iron		50 : 80	0,01 - 0,02
	Nodular/nodular cast iron		30 : 60	0,01 - 0,02
	Drawn aluminum alloys		70 : 100	0,015 - 0,040
	Die-cast aluminum alloys		70 : 100	0,01 - 0,03
	Copper		40 : 80	0,015 - 0,040
	Brass - Bronze		40 : 80	0,015 - 0,040
	Lead-free brass		30 : 70	0,01 - 0,03
	Super alloys (Inconel - Hastelloy - Nimonic)		20 : 40	0,003 - 0,007
	Pure titanium (Grade 2 - Grade 4)		25 : 50	0,005 - 0,01
	Titanium alloys (Grade 5)		20 : 40	0,005 - 0,01
	Cobalt Chrome Alloys		20 : 40	0,003 - 0,007
	Hardened steels up to 55 HRC		20 : 40	0,003 - 0,007
	Hardened steels from 55 HRC		20 : 40	0,002 - 0,005

Technical Sheet