BEYOND S16Q-SVWBR11 CNC Internal Boring Bar Tool Holder – Precision Engineering at Its Best S20R SVWBR11 SVWBR 11 Boring Bar CNC Lathe Cutter Machine 

• S20R-SVWBR11 Information Overview

• Overview

Introducing the S20R-SVWBR11 CNC turning tool holders, the ultimate solution for professionals seeking precision and versatility in their machining operations. Engineered from durable alloy steel, this tool holder is designed for CNC lathes and machine tools, offering exceptional performance and adaptability for a variety of boring tasks. Its optimized cutting angles and compatibility with multiple carbide inserts make it an essential addition to any machinist’s toolkit.

• Dimensions and Specifications of S20R-SVWBR11 Boring Bar Holder Lathe

• Features and Specifications

  • Model: S20R-SVWBR11
  • Package Includes: S20R-SVWBR11 Tool Holder and compatible Screws, and Wrenches
  • 72.5° cutting edge angle and 5° relief angle.
  • Material:  alloy steel
  • Type: S-Type (Screw-type)
  • Handle Diameter: 20mm
  • Total Length: 200mm
  • Cutting Blade Length: 11mm
  • Screw Size: M2.5*7
  • Wrench: T8
  • Compatible Blades: VBMT110302 VBMT110304 VBMT110308 VBMT220 VBMT221 VBMT222

• 5-Point Description

1. Precision Engineering: Crafted from high-quality alloy steel, the S20R-SVWBR11 ensures durability and stability during rigorous machining tasks.

2. Optimized Cutting Angles: With a cutting edge angle of 72.5° and a relief angle of 5°, this tool holder maximizes cutting efficiency and precision for internal turning.

3. Versatile Compatibility: Designed to accommodate various carbide inserts (VBMT110302, VBMT110304, VBMT110308, VBMT220, VBMT221, VBMT222), making it adaptable for diverse machining needs.

4. Ergonomic Design: The 20mm handle diameter and 200mm total length provide an excellent grip and balance, facilitating easy handling and reduced operator fatigue.

5. Ready for CNC Excellence: Ideal for CNC machine tools and lathes, this tool holder is your go-to solution for boring applications, ensuring top-notch performance and reliability.