The Walter DC160-16-07.938A1-WJ30EU Solid Carbide Drill with Coolant-Through is engineered to enhance drilling efficiency and precision in demanding industrial applications. Designed by Walter, a leader in cutting tool technology, this drill offers a combination of advanced materials and design features to address common operational challenges in drilling processes. The drill features a 0.3125" cutting diameter and a 7.559" overall length, with a flute length of 5.984". Its 140° point angle facilitates effective chip removal and reduces cutting forces, contributing to longer tool life and improved surface finish. The TiSiAlCrlTiN coating provides enhanced wear resistance and thermal stability, making it suitable for high-speed drilling operations. The right-hand cutting direction and H6 shank tolerance ensure compatibility with standard drill holders and consistent performance. A key feature of this drill is its coolant-through design, which includes an axial concentric coolant entry and both axial and radial coolant exits. This design ensures optimal cooling and chip removal, reducing the risk of tool wear and improving hole quality. The drill is capable of achieving rotational speeds up to 100,000 RPM, allowing for high-speed drilling in various materials. With a weight of 0.083 kg, it offers a balance between rigidity and maneuverability. By integrating the Walter DC160-16-07.938A1-WJ30EU Solid Carbide Drill into your operations, you can expect increased drilling efficiency, extended tool life, and superior hole quality. These improvements can lead to reduced downtime, lower operational costs, and enhanced productivity in your manufacturing processes.