Hot Sale 9.4mm Kennametal Go Drill B052a 5xd Through Coolant Solid Carbide Collection [tSwq98UT]

High-Performance Kennametal Go Drill B052A

Discover the cutting-edge technology of the Kennametal Go Drill B052A, a 9.4mm solid carbide drill designed for precision and efficiency. This advanced tool is engineered to deliver exceptional performance in a wide range of materials, making it an essential addition to any workshop. With its innovative features and robust design, the Go Drill B052A stands out as a top choice for professionals seeking superior drilling capabilities.

Key Features and Benefits

The Kennametal Go Drill B052A is more than just a drill; it's a solution that enhances productivity and reduces downtime. Its Through Coolant capability ensures optimal chip evacuation, maintaining the tool's temperature for extended life. The drill boasts a margin less design that reduces friction and heat, contributing to a longer tool life. Additionally, its optimized gashing design allows for a free flow of chips, preventing clogging and maintaining smooth drilling operations. Here are some of its standout features:

• GO drill technology - The first microdrill from Kennametal, offering unparalleled precision.
• Through coolant - Effective cooling system for prolonged tool life and reduced wear.
• Wide range of materials - Versatile enough to handle various materials with ease.
• Optimized gashing design - Ensures free chip flow and reduces the risk of clogging.

Specifications and Dimensions

The Go Drill B052A comes with specific dimensions designed to meet the needs of modern manufacturing. With a shank diameter of 10mm and an overall length of 103mm, it provides the stability required for precise drilling. Its ISO number is B052A09400CPG, and it is part of the 4149272 material number series. The drill features a flute length of 61mm, ensuring efficient chip evacuation and optimal performance. This combination of specifications makes the Kennametal Go Drill B052A a reliable choice for demanding applications, where precision and reliability are paramount.