Model Code: S08Q-SCLCR3; 1/2" Shank Diameter; include 1 piece CCMT32.5 insert; O.A.L: 7inch; Inerst Screw: M4x8 Using 80 degree carbide CCMT inserts negative 5 degree end and side cutting angle Boring from light roughing to finishing in small bores; With 1 piece CCMT Carbide Inset and Key Profiling bar for semi-finishing and finishing operations; Bar hardness approximately 45HRC; Extreme fine gloss finish Negative 5 degree end & side cutting angle; Positive 80 degree diamond CCMT inserts

The Accusize Industrial Tools 1/2'' x 7'' RH SCLCR Indexable Boring Bar, model P252-S403, is a meticulously designed tool that meets the exacting standards of professional machinists. Tailored to work with 80-degree diamond CCMT32.5 carbide inserts, this boring bar excels in a comprehensive range of boring tasks from gentle roughing to detailed finishing of small bores. Its negative 5-degree end and side cutting angle not only improve the cutting efficiency but also significantly extend the tool's lifespan by reducing wear.

Boasting a 1/2" shank diameter and a 7" overall length, this tool is optimally sized for precision semi-finishing and finishing work within confined areas. The tool's hardness, rated at approximately 45HRC, along with its extreme fine gloss finish, not only contributes to its aesthetic appeal but also enhances its resistance to wear and tear, ensuring long-term reliability and performance.

This package includes CCMT32.5 carbide inserts and an M4 x 8 (0046-4008) insert screw, providing everything needed for immediate operation. A key is also provided, facilitating effortless and secure installation of inserts. This comprehensive setup ensures that machinists can quickly adapt to varying job requirements, maximizing efficiency and productivity.

Ideal for semi-finishing and finishing operations across a variety of materials, the Accusize RH SCLCR Indexable Boring Bar stands as a testament to Accusize Industrial Tools' commitment to quality. Whether facing routine tasks or complex machining challenges, this tool delivers consistent, high-quality results, making it an indispensable component of any professional machining toolkit.