Ultimate 15.0mm Kennametal Go Drill B053a 8xd Through Coolant Solid Carbide Set [YhzPCBOV]

Ultimate 15.0mm Kennametal Go Drill B053a 8xd Through Coolant Solid Carbide Set [YhzPCBOV]: Precision and Performance

Introducing the Kennametal Go Drill B053A, a cutting-edge tool designed for precision and performance in a wide range of materials. This 15.0mm diameter drill stands out for its exceptional quality and advanced features, making it an ideal choice for professional machinists and engineers. The Go Drill B053A is the first microdrill from Kennametal, renowned for its precision and reliability. Its through-coolant design ensures optimal chip evacuation and extends tool life, making it a versatile and efficient solution for various drilling applications.

Features and Specifications of the Kennametal Go Drill B053A

The Kennametal Go Drill B053A is engineered with a marginless design, which reduces friction and heat, resulting in longer tool life. Its optimized gashing design allows for free flow of chips in the center of the drill, ensuring smooth and efficient drilling. This drill is suitable for a wide range of materials, making it a general-purpose tool for various applications. The technical specifications include a diameter of 15.0mm, flute length of 121mm, shank diameter of 16mm, and overall length of 171mm. The ISO number for this product is B053A15000CPG, and the material number is 4149793.

Applications and Benefits of the Kennametal Go Drill B053A

The Kennametal Go Drill B053A is a versatile tool that can be used in a variety of industries, including aerospace, automotive, and general machining. Its wide range of applications makes it an essential tool for daily operations. The benefits of using this drill include reduced downtime due to tool wear, improved productivity, and enhanced precision. Whether you are working on complex aerospace components or general metalworking tasks, the Kennametal Go Drill B053A delivers exceptional performance and reliability, making it a valuable addition to any toolset.