Instant Savings S25r Dwlnl 06 95° Steel Boring Bar For Wnmg Inserts - Omega Bonkers Deal: 60% Off [ZTc1aJi6]

S25R DWLNL 06 95° Precision Boring Bar

Introducing the S25R DWLNL 06 95° Boring Bar, a cutting-edge tool designed for precision and efficiency in metalworking. This robust boring bar is crafted for use with WNMG 0604 inserts, ensuring a perfect fit and optimal performance. With its 95° helix angle, the S25R DWLNL 06 95° excels in delivering smooth cuts and reduced vibration, making it ideal for high-precision applications. Its steel shank construction offers durability and resistance to wear, ensuring longevity and reliability.

• 95° helix angle for smooth cuts and reduced vibration
• Steel shank for increased durability and wear resistance
• Compatible with WNMG 0604 inserts

Technical Specifications and Features

The S25R DWLNL 06 95° Boring Bar is a testament to precision engineering. With a shank diameter of 25mm and a flute width of 17mm, it offers excellent stability and control during operation. The overall length of the bar is 200mm, providing ample reach for a variety of applications. The minimum bore diameter is 32mm, ensuring precise fits for different workpieces. This tool also features a unique coolant system, which helps to maintain tool life and improve cutting efficiency.

• Shank diameter: 25mm
• Flute width: 17mm
• Overall length: 200mm
• Minimum bore diameter: 32mm
• Without through coolant system

Applications and Benefits

The S25R DWLNL 06 95° Boring Bar is an essential tool for a wide range of metalworking applications. Its precision and durability make it ideal for use in manufacturing industries, including automotive, aerospace, and medical device production. The reduced vibration and smooth cuts provided by this boring bar contribute to higher productivity and improved part quality. Its compatibility with WNMG 0604 inserts allows for easy and efficient tool changes, further enhancing your workflow. With the S25R DWLNL 06 95° Boring Bar, you can expect increased efficiency, reduced downtime, and superior results.

• Enhanced productivity due to reduced vibration and smooth cuts
• Improved part quality through precise boring operations
• Optimized workflow with easy tool changes