84° WOEX, WOGX WOEX ... -00 WOEX ... -01 WOEX ... -02 WOEX ... -03 WOEX ... -11 WOEX ... -13 WOGX ... -15 WOGX ... -16 WOEX ... -20 Overview – Indexable inserts → 202 For drilling tools Trigon (only outer cutting edge), Centron, twin cutters, customised tools (solid drilling, boring) ▲ Soft-cutting, rounded cutting edge ▲ Particularly suitable for lower-performance machines and unstable workpieces → 204 For drilling tools Trigon, Centron, twin cutters, customised tools (solid drilling, boring) ▲ Universal topography with a sturdier, chamfered cutting edge ▲ Main application: Steel materials, rust and acid-resistant materials and cast iron materials → 209 For twin cutters, customised tools (boring) ▲ Extremely sturdy, chamfered and rounded cutting edge ▲ Optimal for interrupted cuts thanks to 82° wedge angle ▲ Raised chip breaker ensures good chip formation, even with problematic materials ▲ Cutting depth ap < 1.5 mm → 210 For drilling tools Trigon (only outer cutting edge), Centron, twin cutters, customised tools (solid drilling, boring) ▲ Dome-shaped chip former with very good chip breakage properties ▲ Outstanding chip control, even at low feed rates ▲ Main application: steel materials, rust and acid-resistant materials → 211 For drilling tools Trigon, Centron, twin cutters, customised tools (solid drilling, boring) ▲ Highly positive geometry for non-ferrous metals such as aluminium, copper, titanium, etc. ▲ Extremely sharp cutting edge ▲ Very good chip formation in aluminium with low silicon content ▲ Three-sided alternative to PCD-equipped cutting inserts → 212 For drilling tools Trigon, Centron, twin cutters, customised tools (solid drilling, boring) ▲ Cutting edge geometry for long-chipping steel materials, rust and acid-resistant materials and heat-resistant steels ▲ Reduced feed forces thanks to positive rake angle → 213 For twin cutters, customised tools (boring) ▲ Semi-finishing chip breakage topography ▲ Optimal chip control from a cutting depth of > 0.25 mm → 214 For twin cutters, customised tools (boring) ▲ Semi-finishing chip breakage topography with wiper geometry ▲ Setting angle KAPR = 90° ▲ Optimal chip control from a cutting depth of > 0.25 mm → 215 For drilling tools Trigon, Centron, twin cutters, customised tools (solid drilling, boring) ▲ Rounded, partially chamfered cutting edge ▲ Indexable insert geometry for rust and acid-resistant steels with higher tensile strength Indexable insert drilling Content Overview