d1	d2	l1	l2
1,95	1,95	38	16,00

Coolant holes	Cut	Point angle	Spiral angle	Cutting edges Z
No	Right	130°	35°	2

Coated	Coating type	Material	Material type	Norm
No	-	MD	SMG 10	TUSA

Machinable Materials
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	0,006 - 0,02
	Low alloy steels from 800 N/mm2 to 1100 N/mm2		30 : 50	0,006 - 0,15
	Highly alloyed steels from 1100 N/mm2 to 1400 N/mm2		15 : 30	0,003 - 0,01
	Ferritic stainless steels		15 : 30	0,003 - 0,01
	Martensitic stainless steels		15 : 30	0,003 - 0,01
	Martensitic stainless steels - PH		15 :30	0,003 - 0,01
	Austenitic stainless steels		15 : 30	0,003 - 0,01
	Gray/lamellar cast iron		30 : 50	0,01 - 0,02
	Nodular/nodular cast iron		30 : 50	0,01 - 0,02
	Drawn aluminum alloys		60 : 100	0,01 - 0,03
	Die-cast aluminum alloys		50 : 80	0,008 - 0,02
	Copper		30 : 60	0,008 - 0,03
	Brass - Bronze		40 : 70	0,008 - 0,03
	Lead-free brass		30 : 60	0,008 - 0,03
	Super alloys (Inconel - Hastelloy - Nimonic)		15 : 30	0,003 - 0,007
	Pure titanium (Grade 2 - Grade 4)		30 : 50	0,005 -0,01
	Titanium alloys (Grade 5)		30 : 50	0,005 -0,01
	Cobalt Chrome Alloys		15 : 30	0,003 - 0,007
	Hardened steels up to 55 HRC		-	-
	Hardened steels from 55 HRC		-	-

Technical Sheet