Süper Alaşım Talaş Kırıcı Geometrileri

The Working Conditions of Turning Inserts

Workpiece material	Geometry		Working Condition
			Continuous	Light Interrupted	Interrupted
S	Negative	SF	GS3115
		TS	GS3115	GS3115	GS3125
	Positive	GS	GS3125

Features of Turning Inserts
Turning Inserts（Negative)

Geometry	Features	Application Range	Cross Section Geometry
SF	• SF for stainless steel and Heat Resistance Super Alloy（HRSA） • Sharp edge due to results in low cutting forces particularly for thin wall structures and extended shafts.
TS	• TS for semi-finishing of general steel and alloy steel. • Big rake,smooth chip evacuation. • Variable groove depth design, with super chip removal.

Geometry	80° Rhombic	55° Rhombic	90° Square	60° Regular Triangle	35° Rhombic	80° Trigon
SF
	CNMG-SF	DNMG-SF	SNMG-SF	TNMG-SF	VNMG-SF	WNMG-SF
	P024	P028	P031	P035	P038	P039
TS
		DNMGR/L-TS		TNMGR/L-TS
		P029		P036

Features of Turning Inserts
Turning Inserts（Positive)
5° Clearence Angle

Geometry	Features	Application Range	Cross Section Geometry
GS	• GS for finishing of steels(mild steels) and stainless steel. • Sharp edge reduces cutting force,enables high quality surface. • Low feed,large cutting depth

Geometry	80° Rhombic	55° Rhombic	90° Square	60° Regular Triangle	35° Rhombic	80° Trigon
GS
					VBETR/L-GS
					P052

Features of Turning Inserts
Turning Inserts（Positive)
7° Clearence Angle

Geometry	Features	Application Range	Cross Section Geometry
GS	• GS for finishing of steels(mild steels) and stainless steel. • Sharp edge reduces cutting force,enables high quality surface. • Low feed,large cutting depth

Geometry	80° Rhombic	55° Rhombic	90° Square	60° Regular Triangle	35° Rhombic	80° Trigon
GS
	CCETR/L-GS	DCETR/L-GS		TCETR/L-GS	VCETR/L-GS
	P041	P044		P048	P053

Features of Turning Inserts
Turning Inserts（Positive)
11° Clearence Angle

Geometry	Features	Application Range	Cross Section Geometry
GS	• GS for finishing of steels(mild steels) and stainless steel. • Sharp edge reduces cutting force,enables high quality surface. • Low feed,large cutting depth

Geometry	80° Rhombic	55° Rhombic	90° Square	60° Regular Triangle	35° Rhombic	80° Trigon
GS
				TPETR/L-GS TPEHR/L-GS	VPETR/L-GS
				P050	P054