Accusize Industrial Tools 3/4'' Shank by 7.98'' Oal Right Hand Sclcr Coolant Through Indexable Boring Bar with 1 Ccmt Carbide Insert, 2800-0038

The Accusize Industrial Tools 2800-0038 Right-Hand SCLCR Coolant Through Indexable Boring Bar sets a new standard for machining precision and durability. With a robust 3/4" shank and an overall length of 8 inches, this boring bar is specifically designed to excel in both roughing and finishing operations within small to medium-sized bores, offering unmatched versatility.At the heart of its design is the advanced coolant-through feature, which plays a critical role in ensuring effective chip removal and optimal cooling of the cutting edge. This not only boosts the tool's performance but also significantly extends its service life, even under the rigors of high-speed machining. The tool comes equipped with a TiN coated CCMT 32.5 carbide insert, renowned for its free-cutting properties and strong, durable edges, making it ideal for a broad range of material applications.Constructed from high-quality hardened nitride steel, this boring bar is built to withstand continuous, heavy-duty use, maintaining its integrity and performance over time. The tool's geometry, including a 7° approach angle and a substantial neck diameter of 0.712", is meticulously engineered to minimize tool deflection and ensure superior finishes, enhancing the quality of your machining projects.

• Heavy-Duty Performance: 3/4" Shank, 8" OAL; optimized for right-hand use in small to medium bores with a minimum bore of 0.930".
• Advanced Cooling Mechanism: Coolant-through design significantly improves chip evacuation and cools the cutting edge, enhancing tool lifespan.
• Premium TiN Coated Insert: Includes one CCMT 32.5 carbide insert, ensuring free cutting with strong, durable cutting edges.
• Long-Lasting Construction: Made with hardened nitride steel for exceptional durability and resistance to wear in demanding applications.
• Precision Engineered Geometry: Features a 7° approach angle and a 0.712" neck diameter for reduced tool deflection and precise, high-quality finishes.