High Performance Machining Tool U Drill 4d U Drill With Internal External Coolant Type

Product Description:

Indexable Insert Drill , commonly referred to as U Drill or Insert-Type Drill, is a sophisticated drilling solution tailored for high-efficiency hole-making tasks within contemporary CNC machining setups. This innovative tool merges the rigidity of a solid structure with the adaptability of interchangeable carbide inserts, providing a balanced blend of effectiveness and economic value.

Deliberately crafted for performance, Indexable Insert Drill is instrumental in enhancing productivity and reducing costs by streamlining drilling processes in modern manufacturing settings. Its versatile design allows for quick and convenient replacement of inserts, ensuring minimal downtime and maximum utilization during operations.

Features:

Features:

Indexable Inserts: Equipped with two or more replaceable carbide inserts, which eliminate the need for regrinding and reduce tool change time.

Multiple Length Options: Available in standard drilling depths such as 2×D, 3×D, 4×D, and 5×D.

Internal Coolant Channels: Provides through-tool coolant delivery for effective chip evacuation and improved tool life.

High Rigidity: The robust shank design ensures high rigidity and vibration resistance, suitable for high-speed machining.

Cost-Effective: Only the inserts need to be replaced, significantly lowering tooling costs over time.

Versatile Material Application: Suitable for machining steel, stainless steel, cast iron, aluminum alloys, and exotic materials.

Technical Parameters:

4D

Applications:

High-efficiency drilling is commonly performed in CNC lathes and machining centers. It is an essential process for precision manufacturing in various industries.

Rough boring operations are also a typical application where the material removal process is done with larger cutting parameters to quickly remove excess material and shape the workpiece as desired.

Pre-machining, which involves initial material removal, is often conducted to prepare the workpiece for subsequent reaming or finishing boring operations, ensuring precise and accurate final dimensions.

Large diameter hole machining, usually with diameters of 14 mm and above, is another application where specialized tools and techniques are utilized to create holes of significant sizes in workpieces, meeting specific manufacturing requirements.