BEYOND S25S-SVXCR11 Internal Turning Tools Holder S25S SVXCR11 SVXCR 11 Boring Bar Holder SVXCR Carbide Inserts VCMT1103 VCMT110304

• S25S-SVXCR11 Information Overview

• Overview

Introducing the S25S-SVXCR11 CNC Internal Boring Bar Tool Holder, meticulously designed for professionals seeking precision and reliability in internal machining. With its 96° cutting edge angle and robust alloy steel construction, this tool holder ensures outstanding performance across various CNC applications. Its compatibility with multiple VCMT blades allows for versatility, making it an essential addition to your machining toolkit. Upgrade your CNC lathe operations and achieve superior results with this advanced internal turning tool holder.

• Dimensions and Specifications of S25S-SVXCR11 Carbide Boring Bars

• Features and Specifications

  • Model: S25S-SVXCR11
  • Package Includes: S25S-SVXCR11 Tool Holder and compatible Screws, and Wrenches
  • 96° cutting edge angle and 7° relief angle.
  • Material:  alloy steel
  • Type: S-Type (Screw-type)
  • Handle Diameter: 25mm
  • Total Length: 250mm
  • Cutting Blade Length: 11mm
  • Screw Size: M2.5*7
  • Wrench: T8
  • Compatible Blades: VCMT110302 VCMT110304 VCMT110308 VCMT220 VCMT221 VCMT222

• 5-Point Description

1. Precision Engineering: Designed with a 96° cutting edge angle and a 7° blade relief, ensuring smooth and accurate internal turning operations.
2. Superior Durability: Constructed from high-quality alloy steel, this tool holder provides long-lasting performance even in demanding machining environments.
3. Versatile Compatibility: Compatible with multiple carbide inserts including VCMT110302, VCMT110304, VCMT110308, VCMT220, VCMT221, and VCMT222, making it suitable for a wide range of applications.
4. User-Friendly Design: Features an M2.5*7 screw and T8 wrench for quick adjustments and hassle-free maintenance.
5. Optimal Dimensions: With a handle diameter of 25mm and a total length of 250mm, this tool holder is perfect for larger CNC machines while maintaining excellent maneuverability.