Kyocera

<ul><li>Maximum structural thickness for higher toolholder rigidity and controlled chattering for stable machining</li><li>Large chip pocket provides superior chip evacuation</li><li>Maintains high cutting edge positional accuracy through the use of a special alloy, thereby achieving high precision machining</li><li>5 (Axial), -8 (Radial) Rake Angle Dynamic Bar Coolant-Through Boring Bar</li><li>Great for Boring, Internal Facing Applications</li></ul><p>Product Details:</p><ul><li>Toolholder Style: A...STLP-AE</li><li>Hand of Holder: Left-Hand</li><li>Rake: Positive</li><li>Rake Angle (Degree): 5 (Axial), -8 (Radial)</li><li>Series: Dynamic Bar</li><li>Lead Angle (Degree): 5</li><li>[DMIN] Minimum Bore Diameter (Decimal Inch): 0.4800</li><li>[DCON] Shank Diameter (Decimal Inch): 0.3750</li><li>[H] Shank Flat Width (Decimal Inch): 0.3360</li><li>[LF] Functional Length (Decimal Inch): 6.0000</li><li>[LH] Head Length (Decimal Inch): 0.7874</li><li>[WF] Cutting Edge Distance (Decimal Inch): 0.2440</li><li>[WF2] Cutting Edge Distance Secondary (Decimal Inch): 0.0360</li><li>[RE] Standard Corner Radius (Decimal Inch): 0.0157</li><li>Maximum Overhang Length (L/D): ~5.5</li><li>Coolant Through (Yes/No): Yes</li><li>Coolant Hole Diameter (Decimal Inch): 0.1181</li><li>Insert Holding Method: Screw</li><li>Insert Shape: 60 Degree Triangle</li><li>[IC] Insert Inscribed Circle (Decimal Inch): 0.2188</li><li>[S] Insert Thickness (Decimal Inch): 0.0938</li><li>Multi-Use Tool (Yes/No): Yes</li><li>Application: Boring, Internal Facing</li><li>Bar Type: Excellent Bar</li><li>Unit (inch/mm): inch</li><li>Compatible Insert Hand : Right-Hand</li><li>Compatible Inserts (Partial): TPGT1815…, TPMT1815…, TPMX1815…, TPEH1815…, TPGH1815…, TPGB1815…, TPMH1815…</li></ul>