Ultimate Godrill 2.7mm / .1063" 5xd Solid Carbide Drill (through Coolant) 4149161 Get 80% Off Today [zkIuM2Zm]

High-Performance Solid Carbide Drill

The GOdrill™ 2.7mm / .1063" 5xD SOLID CARBIDE DRILL (THROUGH COOLANT) 4149161 is a versatile and efficient tool designed for various materials. This drill is a staple in our shop and is sure to become a crucial part of yours. With its ability to handle Plastic, Aluminum, Steel, Titanium, Inconel, and Monel, the GOdrill™ offers unparalleled versatility. Its solid carbide construction ensures durability and precision, making it a reliable choice for any drilling task. Key features include a reduced friction and heat design, through-coolant capability down to 1mm, and a TiN top layer that serves as a wear indicator, providing you with a clear sign when it's time for replacement.

Technical Specifications and Properties

The GOdrill™ is engineered with precision and efficiency in mind. It boasts a straight-cylindrical adapter style and a TiN coating for enhanced durability. The drill features a KC7325 grade, a spiral flute type, and a 2-flute design with a flute to diameter ratio of 6. The overall length of the drill is 2.2835 inches, with a flute length of 0.8661 inches. The shank diameter is 0.1575 inches, and the shank length is 1.1024 inches. With a maximum drill depth of 0.6693 inches and a drill point angle of 140°, this drill is designed to handle a wide range of drilling tasks. Technical details include through-coolant availability, a number of flutes, flute length, overall length, shank diameter, shank length, maximum drill depth, drill point length, and drill point angle.

Practical Applications and Benefits

The GOdrill™ is an essential tool for professionals in various industries, including aerospace, automotive, and manufacturing. Its ability to drill through a wide range of materials makes it ideal for use in everyday applications. The reduced friction and heat design not only increases the drill's lifespan but also ensures a clean and precise finish. The through-coolant capability allows for longer and more efficient drilling, even in tight spaces. With the TiN top layer as a wear indicator, you can maintain optimal performance and extend the life of your drill. Target audience scenarios include engineers, machinists, and technicians who require a reliable and versatile drill for their daily operations.