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Wohlhaupter Insert Geometries Carbide

Carbide

Geometry

ApplicaƟon

Forms

DescripƟon

101 | 103 | 104 112 | 113

• Sintered chipbreaker for higher feeds. • Suitable for highly disconƟnuous cuts.

108

• Sintered geometry with V-shaped chipbreaker for roughing and finishing. • Good chip control even for shallow depth of cut.

101 | 103 | 104

109

• PosiƟve geometry with stable cuƫng edge . • Finishing in different material groups. • Good chip control.

211 | 20 | 39

121

105

• Sintered version with a wide range of applicaƟons.

126

101 | 103 | 104 37 | 39 | 112 113

• Highly posiƟve sintered geometry. • For nonferrous metals and cast iron.

127

• Highly posiƟve sintered geometry. • Polished for finishing nonferrous metals, cast iron, and steel.

20

128

• Highly posiƟve chip breaking geometry. • Polished for nonferrous metals, cast iron, and steel. • Ideal for structural steel applicaƟons.

161 | 163 | 101 103 | 37 | 39

129

161 | 101 | 103 112 | 113

• Geometry for finishing in smooth and disconƟnuous cut. • Good chip control - even with long-chipping materials.

145

161 | 163 | 101 103 | 104 | 37 39 | 112 | 113

• PosiƟve geometry with stable cuƫng edge. • Universal usage for roughing, finishing and chamfering.

I

146

101 | 103 | 104 105 | 113 | 114

• Sintered chipbreaker for higher feeds. • Suitable for highly disconƟnuous cuts.

158

161 | 163 | 101 103 | 104 | 39 112 | 113

• Sintered geometry with V-shaped chipbreaker for roughing and finishing. • Good chip control even for shallow depth of cut.

192

• PosiƟve geometry with stable cuƫng edge. • Finishing in different material groups. • Good chip control.

101 | 103 | 104 112 | 113

199

B10-I: 39

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