Supplement 10.2
456Pages

1 Contents Grade GC1040 Insert grade for stainless steel milling with high toughness and long-lasting edge sharpness. D2 T-Max® P, ISO S geometries A complete serie of new geometries for productive turning of HRSA and titanium alloys with low tool pressure and chip control in focus. A2 CoroMill® 325 Thread whirling rings and inserts for highprecision threading of long, slender components D9 Highlights from the latest product introductions

2 CoroMill® 170 Precision and productivity is combined with this new gear milling cutter for roughing of internal and external gears. D6 CoroBore® XL The rigid and reliable solution for fine and rough boring in large diameter holes. F2 CoroTurn® SL70 Standard blades and adaptors provide added reach for profiling and pocketing. B6 Highlights from the latest product introductions 2

3 Contents Coromant Capto® Disk Interface CDI, the quick-change tooling interface for turning centres is now available as standard. G1 CoroThread® 266 New chip-breaking inserts offer more secure performance for the market-leading threading tool. C2 A global assortment The CoroPak 10.2 supplement now contains all of our latest products in both metric and inch, with dual dimensions when required. Highlights from the latest product introductions

4 Contents GENERAL TURNING New geometries for HRSA and titanium alloys A2 Cutting units with High Pressure coolant A8 Insert geometry with larger cutting depths A11 High productivity grade for HRSA A12 Silicon nitride grade for dimple inserts A12 New CBN grade for grey cast iron A13 Adaptors for square shank tools A14 Front clamping units in dampened boring bars A14 Inserts Negative basic-shape inserts A15 Positive basic-shape inserts A23 Inserts - Advanced cutting materials A31 External machining CoroTurn® HP cutting units A39 Coromant Capto® cutting units A43 Shank tools A46 Shank tools...

5 Contents MILLING Grade GC1040 for stainless steel D2 Tools for gear milling D6 Thread whirling D9 Sharp new –NL geometry and extra-close pitch cutters D13 Higher performance with new end mill D15 The versatile milling cutter D18 Successful grades for titanium D20 The exchangeable-head milling system D21 New possibilities for exchangeable-head D22 Wiper inserts for CoroMill® 345 D24 Accurate slot milling in more widths D25 The cutting edge for titanium milling D27 Silicon nitride grade for profiling D28 High productivity in rough milling HRSA D28 CoroMill® 490 face and shoulder mill D29...

General turning B Parting and grooving I General information Multi-task machining H G Tool holding systems F Boring Drilling E D Milling C Threading A 2 GENERAL TURNING GENERAL TURNING T-Max® P New geometries for HRSA and titanium alloys Logical geometry chain It must not be hard to choose an insert for highest performance in a given application when machining heat resistant super alloys (HRSA) and titanium alloys. With a new series of optimized ISO S turning geometries and easy-tochoose guidelines, the best solution is soon in your hands. Benefits - Easy choice for optimized productivity -...

A 3 GENERAL TURNING GENERAL TURNING When to use the new geometries - ISO S: HRSA and titanium alloys - From roughing to last-cut finishing - Continuous and interrupted cuts More than 300 new inserts Inserts: Double-sided T-Max® P inserts Insert styles: S, C, D, T, V, W Nose radii: 0.4 - 1.6 mm (1/64 - 1/16 inch) Geometries: -SF, -SGF, -SM, -SMR Insert grades: GC1105, GC1115, GC1125, S05F, H13A For full information on assortment, please refer to ordering pages on page A15. Easy to choose insert geometry Insert geometries are designed to handle depths of cut from 0.2 to 10 mm (0.008 to 0.393...

General turning B Parting and grooving I General information Multi-task machining H G Tool holding systems F Boring Drilling E D Milling C Threading A 4 GENERAL TURNING GENERAL TURNING Light roughing with –SMR geometry For secure and reliable production Applications - Medium to light roughing - Continuous, interrupted and demanding cuts - Forged- and cast skin Features and benefits - Security - Highest edge line toughness - Chip control - High feed rate capacity Semi finishing with –SM geometry For secure production in long continuous cuts Applications - First choice geometry -...

A 5 GENERAL TURNING GENERAL TURNING Finishing with –SGF geometry For highest surface quality demands Applications - Finish to semi-finish turning with highest accuracy and lowest tool pressure Features and benefits - Periphery ground with sharpest edge line - Extreme accuracy - Lowest tool pressure - Chip control - Highest quality surface integrity Stronger geometries for larger depths of cut For heavier roughing, insert sizes need to be larger to handle higher loads, interruptions and uneven hard skin. We have strengthened the geometries as the insert size grows. Security and productivity...

A 7 GENERAL TURNING GENERAL TURNING Finish machining For finish machining in HRSA or titanium alloys, surface quality demands are often very high. Surface integrity (e.g. deformation depths, hardness profiles, tensile stresses, presence of cracks) are thoroughly investigated for critical parts. The last cut is crucial as it defines the surface quality. Avoid trailing edge notch Notch wear on trailing edge is detrimental for the surface finish. Avoid trailing edge notch by choosing a CVD coated insert grade, S05F, and a low entering angle. Obtain a low entering angle by keeping depth of cut...

General turning B Parting and grooving I General information Multi-task machining H G Tool holding systems F Boring Drilling E D Milling C Threading A 8 GENERAL TURNING GENERAL TURNING CoroTurn® HP More new cutting units with High Pressure coolant CoroTurn HP revolutionalizes coolant delivery The latest introduction of CoroTurn® HP tool holders completes the assortment of high pressure coolant tools for negative inserts. CoroTurn HP is now available for the widest range of inserts and Coromant Capto® coupling sizes. CoroTurn HP tool holders accurately direct high pressure coolant jets to...