The Omega Products Boring Bar with a carbide shank is built for precision internal boring and deep-pocket milling, delivering rigid, reliable performance in through-coolant setups. Designed for left-hand cutting and compatibility with DCMT0702/DCGT0702 inserts, it’s a versatile choice for demanding machining operations.

• Angle: 93° cutting geometry optimized for smooth cutting action and effective chip control in boring and internal milling.
• Hand: Left-hand configuration tailored for specific turning/boring directions and consistent bore progression.
• Through-Coolant: Integrated through-coolant design that delivers coolant directly to the cutting edge for superior heat management and longer tool life.
• Carbide Shank: High-stiffness carbide shank provides rigidity and stability at high spindle speeds, reducing deflection and improving accuracy.
• Insert Compatibility: Compatible with DCMT0702 and DCGT0702 inserts for broad material applicability and efficient wear matching.
• Model Code: E10Q SDUCL 07 for precise identification, replacement parts, and traceability.

This boring bar configuration supports a range of applications—from precision bore finishing in aluminum to robust material removal in steel—by combining through-coolant efficiency with a rigid carbide core. Use cases include long-reach boring, deep-pocket milling, and finishing passes where consistent tolerances and surface finishes are critical. By leveraging DCMT0702 or DCGT0702 inserts, operators can fine-tune feed rates and cutting speeds to your specific material and geometry, achieving productive cycle times without compromising accuracy. The result is predictable performance, reduced tool wear, and dependable bore concentricity across multiple passes.