Hot Sale 9.921mm Kennametal Go Drill B052a 5xd Through Coolant Solid Carbide Accessory [AucPhfDg]

9.921mm Kennametal Go Drill B052A: Precision and Efficiency

Introducing the 9.921mm Kennametal Go Drill B052A, a cutting-edge tool designed for precision and efficiency. This solid carbide drill is engineered with state-of-the-art technology to deliver superior performance across a wide range of materials. The B052A stands out as the first microdrill from Kennametal, offering unparalleled precision and durability. Its through coolant design ensures optimal cooling during drilling, resulting in longer tool life and reduced friction.

Features and Specifications of the B052A Drill

The B052A drill boasts a 5xD design, making it versatile for various drilling applications. Its features include:

• Through coolant technology for efficient chip removal and reduced heat.
• General-purpose design for a wide range of materials, from steel to non-ferrous metals.
• Marginless design to minimize friction and heat, extending tool life.
• Optimized gashing design for free chip flow, ensuring smooth drilling.

The technical specifications of this drill are as follows:

• Material Number: 4149279
• ISO Number: B052A09921CPG
• Diameter D1: 9.921mm
• Flute Length L3: 61mm
• Shank Diameter D: 10mm
• Overall Length L: 103mm

Applications and Benefits of the B052A Drill

The 9.921mm Kennametal Go Drill B052A is a versatile tool suitable for a variety of applications. Whether you are working on automotive, aerospace, or general manufacturing projects, this drill is designed to meet your needs. Its key benefits include:

• Enhanced productivity due to its high-speed cutting capabilities.
• Improved accuracy and reduced tool wear, leading to cost savings.
• Reduced downtime, as the drill is designed for quick changeovers and minimal maintenance.

The B052A is an ideal choice for professionals who demand the best in precision drilling. Upgrade your toolset with this exceptional product and experience the difference in quality and performance.