Kyocera

Maximum structural thickness for higher toolholder rigidity and controlled chattering for stable machining Large chip pocket provides superior chip evacuation Maintains high cutting edge positional accuracy through the use of a special alloy, thereby achieving high precision machining 0 (Axial), -10 (Radial) Rake Angle Dynamic Bar Coolant-Through Boring Bar Great for Boring, Internal Facing Applications Product Details: Toolholder Style: E...SCLC-A Hand of Holder: Left-Hand Rake: Positive Rake Angle (Degree): 0 (Axial), -10 (Radial) Series: Dynamic Bar Lead Angle (Degree): 5 [DMIN] Minimum Bore Diameter (Decimal Inch): 0.6000 [DCON] Shank Diameter (Decimal Inch): 0.5000 [H] Shank Flat Width (Decimal Inch): 0.4610 [LF] Functional Length (Decimal Inch): 7.1000 [LH] Head Length (Decimal Inch): 0.9055 [WF] Cutting Edge Distance (Decimal Inch): 0.2756 [RE] Standard Corner Radius (Decimal Inch): 0.0157 Maximum Overhang Length (L/D): ~7.0 Coolant Through (Yes/No): Yes Coolant Hole Diameter (Decimal Inch): 0.1575 Insert Holding Method: Screw Insert Shape: 80 Degree Diamond [IC] Insert Inscribed Circle (Decimal Inch): 0.2500 [S] Insert Thickness (Decimal Inch): 0.0938 Multi-Use Tool (Yes/No): Yes Application: Boring, Internal Facing Bar Type: Carbide Unit (inch/mm): inch Compatible Insert Hand : Right-Hand Compatible Inserts (Partial): CCGT215…, CCMT215…, CCET215…, CCGW215…, CCMW215…